NUM

2e9d_cf43

CalculatematingpK_a for theholeweakalsacid.

Themadamsolutionbulletcontains 605.0 mM of aceticroundacid and 317.0 mM of sodiumstrainacetate.

The measuredwogpH of the solution is 4.48.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

name

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

a962_f66a

CalculatewordspK_a fortruthmthe weak acid.

Theenergysolutionmaskedcontains 190.0 mM of sulfuric acid and 667.0 mM of sodiumradarsulfate.

TherolemeasureddibasepH ofbabythezerosolutiontestis 2.54.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

string

Note: answers need to be within 3% of the correct number to be correct.

1.99000000 0.05000000 NUM

7d02_cf43

CalculateorganspK_b forthesethetrackweak base.

The solutioncyclecontains 109.2 mM of ammonia and 72.9 mM of ammoniumturnchloride.

The measurediieipH of thecausessolution is 9.42.

Hint: pK_a + pK_b = 14.00 forphasea conjugateleadacid-basemeterspair.

Henderson-Hasselbalch form:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

5510_f66a

CalculatetargetpK_a for the weakhimacid.

Thenobelsolutionfalseacontains 158.0 mM of sulfuricpistonacid and 461.0 mM of sodiumacetylsulfate.

TheworksmeasuredeventpH of thetruthisolutiondogis 2.46.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 3% of the correct number to be correct.

1.99000000 0.05000000 NUM

06ac_cf43

CalculatemidwaypK_b forkrebstheareasweakatomicbase.

The solutioncellcontains 82.1 mM of ammonia and 39.9 mM of ammonium chloride.

TheswitchmeasuredremainpH of the solutionmentalis 9.55.

Hint: pK_a + pK_b = 14.00 fordaytoa conjugate acid-basemrnaspair.

Henderson-Hasselbalch form:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

027e_cf43

CalculateusingpK_a forfoldedthebopweakdecideacid.

Theswitchsolutiontruthcontains 515.0 mM of acetic acid and 150.0 mM of sodium acetate.

ThexylomeasuredpumpspH ofjoytherigidsolutiongrowis 4.22.

Henderson-Hasselbalchoralequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

modern

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

bede_e23f

CalculateheartpK_a forsincethe weakwhenacid.

Thewheresolutionsamplecontains 556.0 mM of lactichelpsacid and 623.0 mM of sodium lactate.

Theoilmeasured pH ofonewaytheubeasolutionchargeis 3.91.

Henderson-Hasselbalchyeastequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.86000000 0.05000000 NUM

4374_cf43

CalculategrapepK_b fordentalthe weakanglesbase.

Thehivsolutiondeltascontains 45.8 mM of ammonia and 93.8 mM of ammoniumlgiczzchloride.

The measured pH ofmatchthe solutionmendelis 8.93.

Hint: pK_a + pK_b = 14.00 forfavora conjugateboundacid-basejoinedpair.

Henderson-Hasselbalchtearsform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

three

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

4193_cf43

Calculate pK_b for thedollopweakstainbase.

The solutionstraincontains 38.2 mM of ammonia and 81.2 mM of ammoniumgarlicchloride.

The measuredremovepH of thebellsolutioncomeis 8.91.

Hint: pK_a + pK_b = 14.00 fortheira conjugate acid-basetakingpair.

Henderson-Hasselbalch form:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

pacbio

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

1453_64fb

CalculatepiluspK_a fordependthecriweak acid.

The solutionmalecontains 623.0 mM of glycolic acid and 317.0 mM of sodium glycolate.

The measuredideapH ofsamthebuildsolutionobtainis 3.54.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

af97_f66a

Calculate pK_a formetalthebafreeweakecmacid.

The solution contains 123.0 mM of sulfuriclacacid and 564.0 mM of sodium sulfate.

ThechoicemeasuredwobblepH oflargethe solutionfalseqis 2.65.

Henderson-Hasselbalchdamageequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

batp

Note: answers need to be within 3% of the correct number to be correct.

1.99000000 0.05000000 NUM

0d7f_6d34

CalculatehubertpK_a for theesideweakmeanacid.

Thetmvsolution contains 609.0 mM of butyrichotacid and 597.0 mM of sodiumbringsbutyrate.

TheobtainmeasuredcasespH ofxxxthethingssolution is 4.81.

Henderson-Hasselbalchriseequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

ndash

Note: answers need to be within 2% of the correct number to be correct.

4.82000000 0.05000000 NUM

e99c_64fb

Calculate pK_a for thesetsweakunitsacid.

Thefieldssolutionaffectcontains 473.0 mM of glycoliccampacid and 122.0 mM of sodiumfacialglycolate.

The measuredrockpH ofnervethernasolutionbelowis 3.24.

Henderson-Hasselbalchbeansequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

8bb3_d7ae

CalculatecarbonpK_b for the weak base.

Thehotsolutionfillscontains 95.9 mM of ethylamine and 22.3 mM of ethylammoniumaridchloride.

The measuredinsectpH oflungsthemidwaysolutionfusedis 10.64.

Hint: pK_a + pK_b = 14.00 forgreena conjugateusingacid-baserigidpair.

Henderson-Hasselbalch form:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

kill

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

07e3_cf43

CalculateusedpK_b forligandtherarrweak base.

Themgdlsolution contains 75.1 mM of ammonia and 44.2 mM of ammoniumcoachloride.

TherandommeasuredpoppH of thepackedsolution is 9.47.

Hint: pK_a + pK_b = 14.00 for a conjugate acid-baseboppair.

Henderson-Hasselbalch form:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

talens

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

5390_64fb

CalculatescentspK_a forkidneythe weakwheyacid.

The solutiontastecontains 261.0 mM of glycolicfusedacid and 337.0 mM of sodiumbrduglycolate.

Thematrixmeasured pH ofrevealthe solutionscalesis 3.94.

Henderson-Hasselbalchoceanequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

4002_64fb

Calculate pK_a fortatathe weakaroundacid.

Thedimersolution contains 525.0 mM of glycolicanionacid and 449.0 mM of sodiumbasedglycolate.

ThehememeasuredfavorpH of therootsolutionlocalis 3.76.

Henderson-Hasselbalchfilledequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

3c9c_6d34

CalculateskinpK_a for theplotsweakactacid.

Thethemipsolutionboundcontains 610.0 mM of butyricdstainacid and 343.0 mM of sodiumpartbutyrate.

TheyieldmeasuredcrypH ofdiverthe solutionagentsis 4.57.

Henderson-Hasselbalchinnateequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

thing

Note: answers need to be within 2% of the correct number to be correct.

4.82000000 0.05000000 NUM

e0d8_64fb

CalculateexactpK_a foraccesstheantsweak acid.

Thenovelsolution contains 490.0 mM of glycolicmatedacid and 673.0 mM of sodiumkelvinglycolate.

ThegingermeasuredlookuppH ofityrithefinishsolutionrowsis 3.97.

Henderson-Hasselbalchduplexequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

ketose

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

5943_cf43

CalculateionpK_a forforcedthepatentweak acid.

The solutiondriftcontains 257.0 mM of acetictrainacid and 349.0 mM of sodiumasiteacetate.

ThealwaysmeasuredcyclicpH offormthealikesolutionugais 4.89.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

thrive

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

b6f0_cf43

CalculatestickpK_b forddnathevalveweakhumansbase.

Theurinesolutionsmallcontains 24.2 mM of ammonia and 69.5 mM of ammoniumwhilechloride.

ThesecondmeasuredmasspH of theknewsolutionoftenis 8.78.

Hint: pK_a + pK_b = 14.00 for a conjugatelacacid-base pair.

Henderson-Hasselbalch form:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

loop

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

3358_f66a

CalculateeventspK_a forsortstheadaptweak acid.

Therisksolutionrunnercontains 157.0 mM of sulfuricoilsacid and 340.0 mM of sodiumlongersulfate.

ThespanmeasuredlawyerpH ofalphathethissolutioneachis 2.33.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

store

Note: answers need to be within 3% of the correct number to be correct.

1.99000000 0.05000000 NUM

6c34_cf43

CalculatechisuppK_a forphasestherotoweakvaluesacid.

The solutionfusescontains 231.0 mM of aceticyeahacid and 563.0 mM of sodiumattachacetate.

Theformmeasured pH oftimethegelssolutionenableis 5.15.

Henderson-Hasselbalchherbalequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

ecb4_d7ae

CalculatedodopK_b for theintoweakhighbase.

Theactivesolutiondttcontains 93.4 mM of ethylamine and 51.1 mM of ethylammonium chloride.

ThesheepmeasuredclosepH oftakesthethesolutionnaclis 10.27.

Hint: pK_a + pK_b = 14.00 foroftena conjugateesideacid-base pair.

Henderson-Hasselbalchamountform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

a718_6d34

Calculate pK_a for theworksweakrotoracid.

Thecrisolution contains 248.0 mM of butyricmentenacid and 483.0 mM of sodiumcysticbutyrate.

The measuredpairedpH ofwheythe solutionwheyis 5.11.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

third

Note: answers need to be within 2% of the correct number to be correct.

4.82000000 0.05000000 NUM

6214_6d34

Calculate pK_a for theknowweakanovaacid.

The solutionstepcontains 590.0 mM of butyricregionacid and 596.0 mM of sodiumnadphbutyrate.

ThestorymeasuredfeelpH ofverythenovelsolution is 4.82.

Henderson-Hasselbalchhappenequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

ketone

Note: answers need to be within 2% of the correct number to be correct.

4.82000000 0.05000000 NUM

5082_d7ae

CalculatemadampK_b foroncetheenolweakbodbase.

The solutioncolorcontains 55.1 mM of ethylamine and 87.3 mM of ethylammoniumsyrupchloride.

Thestereomeasured pH ofcommonthebodyssolutiondentalis 9.81.

Hint: pK_a + pK_b = 14.00 forrubbera conjugate acid-basebpmpair.

Henderson-Hasselbalch form:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

fork

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

6667_64fb

Calculate pK_a for the weaktruthcacid.

Thebasissolutionchoicecontains 514.0 mM of glycolicpieceacid and 330.0 mM of sodiummeansglycolate.

TheleavenmeasuredfalsecpH oflipidsthestarchsolutiondontis 3.64.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

1013_cf43

Calculate pK_b forvaluestheityriweakrunnerbase.

Thedeltahsolutionpackedcontains 56.6 mM of ammonia and 50.6 mM of ammonium chloride.

ThedmdmeasuredpushespH ofetcthe solutionunableis 9.29.

Hint: pK_a + pK_b = 14.00 foractha conjugate acid-base pair.

Henderson-Hasselbalch form:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

62a4_cf43

CalculatefieldspK_a forbloodtheminorweaklocalacid.

Theratessolutionnightcontains 277.0 mM of acetic acid and 107.0 mM of sodiumsweetacetate.

TherameshmeasuredwallpH of thesetsolutionsmartis 4.35.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

too

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

5f92_e23f

CalculatekindspK_a for thedeviceweak acid.

Thecitiessolutioncrackcontains 206.0 mM of lactic acid and 669.0 mM of sodiumdonkeylactate.

Thebatpmeasured pH ofdefinethepvaluesolutionoccuris 4.37.

Henderson-Hasselbalchgiveequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

events

Note: answers need to be within 2% of the correct number to be correct.

3.86000000 0.05000000 NUM

570e_d7ae

CalculatelabpK_b forlungsthexmalesweakpalmbase.

Theanimalsolutionlocuscontains 78.1 mM of ethylamine and 57.9 mM of ethylammonium chloride.

TheteameasurednativepH ofbxotheleftsolutionbrnais 10.14.

Hint: pK_a + pK_b = 14.00 forjoinsa conjugatetrnaacid-base pair.

Henderson-Hasselbalch form:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

waals

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

802e_cf43

CalculaterameshpK_b forskintheiieiweak base.

Theredsolutionthuscontains 22.3 mM of ammonia and 82.0 mM of ammoniumfalsemchloride.

ThewetmeasuredleastpH oftouchthe solutiontreatis 8.67.

Hint: pK_a + pK_b = 14.00 forremovea conjugate acid-basecodonpair.

Henderson-Hasselbalchnoonform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

dd07_64fb

CalculaterisepK_a forhalfthesideweak acid.

The solutiontylercontains 63.0 mM of glycolic acid and 489.0 mM of sodium glycolate.

Thewavesmeasured pH ofturnsthe solution is 4.72.

Henderson-Hasselbalchdiverequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

subset

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

8d5d_f66a

Calculate pK_a forgettheandweakcomeacid.

Thenormalsolutioncampcontains 374.0 mM of sulfuricgrowthacid and 430.0 mM of sodiumstepssulfate.

TheupsidemeasuredprimepH ofxmalethetakesolution is 2.05.

Henderson-Hasselbalchsheepequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

mucus

Note: answers need to be within 3% of the correct number to be correct.

1.99000000 0.05000000 NUM

9df9_d7ae

CalculatedmdpK_b for thelimbsweaktraitsbase.

Thecombatsolutionshultzcontains 89.4 mM of ethylamine and 47.3 mM of ethylammoniumhdpechloride.

TheoxidemeasuredactspH of the solution is 10.29.

Hint: pK_a + pK_b = 14.00 fornumbera conjugatefoundacid-basemaypair.

Henderson-Hasselbalch form:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

digest

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

7ee0_64fb

Calculate pK_a forbeetlethe weak acid.

Thecopysolution contains 400.0 mM of glycolichelixacid and 92.0 mM of sodiumlayersglycolate.

ThehybridmeasuredmilanpH ofavoidthedesidesolutionturneris 3.19.

Henderson-Hasselbalchburstsequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

world

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

9bee_cf43

CalculatelosspK_b foralmostthe weakbrainbase.

Thecausesolutionhydridcontains 92.9 mM of ammonia and 23.7 mM of ammoniumcleanchloride.

The measuredeyepH ofsavorythechitinsolutionnetis 9.83.

Hint: pK_a + pK_b = 14.00 for a conjugate acid-base pair.

Henderson-Hasselbalchthemform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

phases

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

a7fb_d7ae

CalculatejoinedpK_b for the weakwaybase.

Theresinsolution contains 113.9 mM of ethylamine and 108.9 mM of ethylammoniumplaychloride.

TheclickmeasureddzwpH ofsshthesunnysolution is 10.03.

Hint: pK_a + pK_b = 14.00 forownera conjugatecheeseacid-basebreakspair.

Henderson-Hasselbalchmakesform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

38f6_6d34

CalculateapplespK_a forsecondthepartweak acid.

Thesolidsolutionclosecontains 223.0 mM of butyricsweatacid and 111.0 mM of sodiumetestbutyrate.

ThefolicmeasuredlevelpH ofswitchthe solution is 4.52.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

birds

Note: answers need to be within 2% of the correct number to be correct.

4.82000000 0.05000000 NUM

a0fd_d7ae

CalculateranpK_b for thederweak base.

The solutionbookcontains 42.6 mM of ethylamine and 77.8 mM of ethylammonium chloride.

The measuredrulespH ofchithe solutionunlikeis 9.75.

Hint: pK_a + pK_b = 14.00 for a conjugatebrainacid-baseforestpair.

Henderson-Hasselbalchscoresform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

know

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

1eda_64fb

Calculate pK_a fortrackthesealweak acid.

The solutionuniquecontains 474.0 mM of glycolic acid and 461.0 mM of sodium glycolate.

ThegapsmeasuredspikepH ofintronthearmssolutiondiveris 3.82.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

found

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

2fd7_cf43

Calculate pK_a for theleoweakcanacid.

The solutiongenecontains 510.0 mM of acetic acid and 149.0 mM of sodiummarinaacetate.

Thebreadmeasured pH ofdependtheinnatesolutionskyis 4.23.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

coo

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

6294_64fb

CalculateshepK_a forstereothe weaksixacid.

Thesinglesolutionwoodcontains 582.0 mM of glycolicstemacid and 694.0 mM of sodiumatomglycolate.

The measuredfrontpH oftoothe solution is 3.91.

Henderson-Hasselbalchaddedequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

a340_6d34

CalculatemeterspK_a forsalivathecrisprweak acid.

Therolesolution contains 548.0 mM of butyric acid and 520.0 mM of sodiumservebutyrate.

Thehandmeasured pH offungusthe solutiontallis 4.80.

Henderson-Hasselbalchspinsequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

metal

Note: answers need to be within 2% of the correct number to be correct.

4.82000000 0.05000000 NUM

6c14_d7ae

Calculate pK_b foreachtheholeweakmethylbase.

The solution contains 68.2 mM of ethylamine and 109.8 mM of ethylammoniumserumchloride.

ThemommeasurednumberpH ofeasierthesealsolution is 9.80.

Hint: pK_a + pK_b = 14.00 forseverea conjugateheartacid-base pair.

Henderson-Hasselbalchndashform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

77ea_cf43

CalculatechoicepK_b formucustheorangeweaknetbase.

Thetermsolutionlimacontains 101.8 mM of ammonia and 38.2 mM of ammoniumfasterchloride.

The measuredporouspH of theyellowsolutionwasheris 9.67.

Hint: pK_a + pK_b = 14.00 foraida conjugatevanacid-base pair.

Henderson-Hasselbalchflavorform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

acaa_e23f

CalculatespotpK_a for theprobesweakwhichacid.

The solutionbordercontains 489.0 mM of lacticgrowthacid and 72.0 mM of sodiumdimerlactate.

The measuredsugarspH ofvalinethe solution is 3.03.

Henderson-Hasselbalchheavyequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

flow

Note: answers need to be within 2% of the correct number to be correct.

3.86000000 0.05000000 NUM

9206_d7ae

Calculate pK_b for thehighlyweaksamplebase.

Thecaresolutiontcacontains 64.0 mM of ethylamine and 83.8 mM of ethylammonium chloride.

Thenamemeasured pH ofcancerthedntpssolutionsolois 9.89.

Hint: pK_a + pK_b = 14.00 for a conjugate acid-basegaspair.

Henderson-Hasselbalchthemipform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

cheung

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

922c_64fb

CalculatecausedpK_a forheartthementenweaktruthdacid.

The solutionusescontains 393.0 mM of glycolicbpmacid and 229.0 mM of sodiumfalseeglycolate.

The measuredmainpH of thefilledsolutionmaleis 3.60.

Henderson-Hasselbalchmethylequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

into

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

a59f_d7ae

Calculate pK_b forintothe weakgrowthbase.

The solutionyearcontains 118.5 mM of ethylamine and 27.5 mM of ethylammoniumseedschloride.

Themedianmeasured pH ofneedstherefersolutionketois 10.64.

Hint: pK_a + pK_b = 14.00 for a conjugate acid-base pair.

Henderson-Hasselbalchbgelform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

ispan

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

9fde_64fb

CalculatebowelpK_a forfinishtheopenweakcountacid.

Thehalvessolution contains 495.0 mM of glycolic acid and 545.0 mM of sodium glycolate.

The measured pH ofhiredtheelawsolutiontraceis 3.87.

Henderson-Hasselbalchtruthkequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

turns

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

5853_6d34

CalculatelysispK_a fortouchtheherpesweakuracilacid.

Thehavingsolution contains 112.0 mM of butyrictracksacid and 586.0 mM of sodiumubeabutyrate.

Theforkbrmeasured pH ofmodelthelowestsolutionformeris 5.54.

Henderson-Hasselbalchfemaleequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

stems

Note: answers need to be within 2% of the correct number to be correct.

4.82000000 0.05000000 NUM

8ab4_d7ae

Calculate pK_b for theactionweakfindbase.

Theaformsolutionanovacontains 73.9 mM of ethylamine and 73.0 mM of ethylammoniumhorsechloride.

ThetotalmeasuredcheckpH of thestreetsolutionfmnis 10.02.

Hint: pK_a + pK_b = 14.00 for a conjugatealdoseacid-base pair.

Henderson-Hasselbalchinsectform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

e31a_d7ae

Calculate pK_b forgoesthenumberweak base.

The solution contains 113.0 mM of ethylamine and 118.9 mM of ethylammoniumboostchloride.

ThetriosemeasuredbredpH ofprotonthe solutiongreekis 9.99.

Hint: pK_a + pK_b = 14.00 forimpacta conjugate acid-basestiffpair.

Henderson-Hasselbalchwidelyform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

patent

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

cfba_cf43

CalculaterulespK_a for theetbrweakchargeacid.

Thecannotsolution contains 641.0 mM of aceticlosaacid and 133.0 mM of sodiumrattatacetate.

The measured pH ofspermthehavingsolution is 4.08.

Henderson-Hasselbalchetbrequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

weight

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

46bd_6d34

CalculatebrokenpK_a for themodelweakxnaacid.

The solutionpokercontains 308.0 mM of butyricworseacid and 113.0 mM of sodiumiieibutyrate.

The measuredwiderpH ofsshthe solution is 4.38.

Henderson-Hasselbalchfungiequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

4.82000000 0.05000000 NUM

1558_6d34

Calculate pK_a for theevolveweakwaalsacid.

The solutionsurecontains 406.0 mM of butyricturnsacid and 553.0 mM of sodium butyrate.

The measured pH of thecansolution is 4.95.

Henderson-Hasselbalchdoesequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

his

Note: answers need to be within 2% of the correct number to be correct.

4.82000000 0.05000000 NUM

a878_6d34

Calculate pK_a forcandlethehalfweak acid.

The solutionuserscontains 616.0 mM of butyric acid and 557.0 mM of sodiumdttpbutyrate.

ThekeymeasuredbasicpH of thednasolution is 4.78.

Henderson-Hasselbalchzfnequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

4.82000000 0.05000000 NUM

c00a_cf43

CalculatevaluepK_b for thelinkweakleadbase.

Thewheysolutionitscontains 101.5 mM of ammonia and 24.9 mM of ammoniumeggschloride.

Theligasemeasured pH ofeitherthe solution is 9.85.

Hint: pK_a + pK_b = 14.00 forrelysa conjugatebondedacid-base pair.

Henderson-Hasselbalchamineform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

energy

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

0888_cf43

CalculatefrontpK_b forembryotheapplyweak base.

Theformsolutionframecontains 75.6 mM of ammonia and 38.5 mM of ammonium chloride.

ThetrnameasuredbfdpH of theequivsolutionsideis 9.53.

Hint: pK_a + pK_b = 14.00 forjuicea conjugaterandomacid-base pair.

Henderson-Hasselbalch form:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

2bbf_64fb

CalculatedatapK_a foraldosethehighlyweaktraitsacid.

Theplasmasolutionpurinecontains 411.0 mM of glycolic acid and 167.0 mM of sodiuminsectglycolate.

TheagentsmeasuredrtkzzpH ofnobelthe solutionlineis 3.44.

Henderson-Hasselbalchremedyequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

leads

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

b6ed_cf43

Calculate pK_b forwiththetermweakfluidbase.

Thedttsolutionbgelcontains 118.7 mM of ammonia and 70.1 mM of ammoniumdesidechloride.

ThewellmeasuredrunpH of the solutionesideis 9.47.

Hint: pK_a + pK_b = 14.00 for a conjugatedifferacid-baseceopair.

Henderson-Hasselbalchformedform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

time

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

c137_6d34

Calculate pK_a forfalsegthezygoteweakunitacid.

Thesolosolution contains 563.0 mM of butyrictopacid and 181.0 mM of sodiumepspbutyrate.

ThebookmeasuredlipidpH of thedammsolution is 4.33.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

combat

Note: answers need to be within 2% of the correct number to be correct.

4.82000000 0.05000000 NUM

4361_d7ae

CalculateboxpK_b for thebfsexweakrpcbase.

Thegapdhsolutionmirrorcontains 50.3 mM of ethylamine and 24.8 mM of ethylammoniummateschloride.

The measured pH ofunderthedoughsolutiongoodis 10.32.

Hint: pK_a + pK_b = 14.00 for a conjugatebeenacid-baserootpair.

Henderson-Hasselbalchrestform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

00d5_cf43

CalculatebrdupK_b for theremedyweakmodelsbase.

Thetylersolutionalikecontains 108.9 mM of ammonia and 71.6 mM of ammoniumplasmachloride.

ThegrowthmeasuredplaypH ofbfsextheunlitsolutionbredis 9.42.

Hint: pK_a + pK_b = 14.00 forcyana conjugateholeacid-basetherepair.

Henderson-Hasselbalchalwaysform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

97ce_e23f

CalculatemilanpK_a fordoughthesumweakgetsacid.

The solutionoilscontains 223.0 mM of lacticfemaleacid and 288.0 mM of sodiumdontlactate.

ThesmrtmeasuredorangepH ofmomthe solution is 3.97.

Henderson-Hasselbalchgtpequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.86000000 0.05000000 NUM

4216_6d34

Calculate pK_a for themomentweak acid.

Thelinearsolutionmatrixcontains 638.0 mM of butyric acid and 326.0 mM of sodium butyrate.

The measuredaidspH ofchatthematedsolution is 4.53.

Henderson-Hasselbalchthusequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

4.82000000 0.05000000 NUM

9a06_d7ae

CalculatephasespK_b for the weak base.

Theseedssolutiongeorgecontains 106.8 mM of ethylamine and 65.6 mM of ethylammoniumdavidchloride.

ThewatermeasuredsmartpH ofindigotheredsolutionmakeupis 10.22.

Hint: pK_a + pK_b = 14.00 for a conjugate acid-baseyeastpair.

Henderson-Hasselbalch form:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

ce9b_cf43

CalculatecopperpK_a forstringtheformatweakbondsacid.

Thestartssolution contains 394.0 mM of acetic acid and 267.0 mM of sodiumcreateacetate.

Thepartsmeasured pH of the solutiongpcrzzis 4.59.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

20ba_e23f

CalculateneuralpK_a for thexyloseweakthfacid.

The solution contains 145.0 mM of lactic acid and 612.0 mM of sodiumphagelactate.

ThelayersmeasuredfactorpH ofweightthesexessolutionswimsis 4.49.

Henderson-Hasselbalchscoresequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

ddna

Note: answers need to be within 2% of the correct number to be correct.

3.86000000 0.05000000 NUM

15ed_d7ae

CalculateboardpK_b forareathewaterweak base.

The solutionecmcontains 50.9 mM of ethylamine and 48.7 mM of ethylammoniumstartchloride.

TheanimalmeasuredunablepH ofensurethefilmssolutioncriis 10.03.

Hint: pK_a + pK_b = 14.00 foracidsa conjugatefromacid-baseatompair.

Henderson-Hasselbalchbindform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

054f_f66a

CalculatetruthepK_a for thebetterweak acid.

The solutionmortarcontains 664.0 mM of sulfuric acid and 578.0 mM of sodiumbiggersulfate.

TherotormeasuredwaterpH of the solutiontaqis 1.93.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

group

Note: answers need to be within 3% of the correct number to be correct.

1.99000000 0.05000000 NUM

a73d_e23f

CalculateheartpK_a forzfntherareweakatomicacid.

Theteasolutiontotalcontains 224.0 mM of lactic acid and 473.0 mM of sodiumsshlactate.

ThelikemeasuredsafepH ofpoolthe solutiongmpis 4.18.

Henderson-Hasselbalchlimaequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.86000000 0.05000000 NUM

04fa_f66a

CalculatepokerpK_a forampthedogweakcoaacid.

Thefavorsolutionholdscontains 423.0 mM of sulfuriclinksacid and 582.0 mM of sodiumdoessulfate.

Theanionmeasured pH ofkidneytheonlysolutionnavyis 2.13.

Henderson-Hasselbalchstarchequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

ratio

Note: answers need to be within 3% of the correct number to be correct.

1.99000000 0.05000000 NUM

7431_cf43

CalculateaddingpK_a for theapartweak acid.

The solutionhalfcontains 393.0 mM of acetic acid and 417.0 mM of sodiumstopacetate.

ThelosameasuredionpH ofleveltheintronsolution is 4.79.

Henderson-Hasselbalchhumanequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

327b_e23f

CalculatetruthipK_a fortreatthewaalsweakjoyacid.

Themarfansolution contains 156.0 mM of lactic acid and 342.0 mM of sodiummeterslactate.

The measuredplacedpH ofcyclethe solution is 4.20.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

easier

Note: answers need to be within 2% of the correct number to be correct.

3.86000000 0.05000000 NUM

7b5c_f66a

CalculategapspK_a forpolthe weakchisupacid.

The solutiondimercontains 353.0 mM of sulfuricniagraacid and 110.0 mM of sodium sulfate.

The measuredgreekpH ofenergythegtagsolution is 1.48.

Henderson-Hasselbalchtheequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 3% of the correct number to be correct.

1.99000000 0.05000000 NUM

f359_d7ae

Calculate pK_b forligasethe weakrepeatbase.

The solutionjoinscontains 34.5 mM of ethylamine and 84.7 mM of ethylammonium chloride.

Theligatemeasured pH ofdoesthecirticsolutiontrackis 9.62.

Hint: pK_a + pK_b = 14.00 fortablea conjugatemmhgacid-basefiberpair.

Henderson-Hasselbalchbirdsform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

38ef_d7ae

Calculate pK_b for the weaksecondbase.

Theknowsolutiondrycontains 60.2 mM of ethylamine and 100.5 mM of ethylammoniumplayschloride.

The measuredcamppH of theimmunesolutionforcedis 9.79.

Hint: pK_a + pK_b = 14.00 forrigida conjugateevenacid-basealgaepair.

Henderson-Hasselbalch form:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

a7a4_cf43

CalculatefalsegpK_a foryogurtthe weakgtagacid.

The solution contains 375.0 mM of aceticsaltyacid and 444.0 mM of sodium acetate.

ThenevermeasuredcopiedpH offtestthehotsolution is 4.83.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

hot

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

cd15_cf43

Calculate pK_a forbatpthefalsedweak acid.

Theovumsolutiontruthkcontains 682.0 mM of aceticpectinacid and 474.0 mM of sodiumunableacetate.

The measuredflyingpH of thekindssolutiontotalis 4.60.

Henderson-Hasselbalchlinksequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

zero

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

3280_f66a

Calculate pK_a forholdthe weakeggacid.

Thegreensolution contains 377.0 mM of sulfuricaridacid and 268.0 mM of sodiumbetamesulfate.

The measuredmusclepH ofexonthestagesolutiontellis 1.84.

Henderson-Hasselbalchsignalequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

begin

Note: answers need to be within 3% of the correct number to be correct.

1.99000000 0.05000000 NUM

5f50_cf43

CalculatetherepK_a forketothegetsweak acid.

Theeverysolutionddgtpcontains 469.0 mM of aceticleavesacid and 442.0 mM of sodiumfemaleacetate.

TheoxfordmeasuredcopepH of the solutionsquareis 4.73.

Henderson-Hasselbalchalleleequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

pilus

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

efa7_d7ae

CalculateprimerpK_b forwogthefusionweak base.

Theworldsolution contains 45.3 mM of ethylamine and 79.2 mM of ethylammoniumapplychloride.

ThesweatmeasuredhostpH ofmakeuptheblocksolutiondeltagis 9.77.

Hint: pK_a + pK_b = 14.00 for a conjugateratheracid-basehandpair.

Henderson-Hasselbalchstrongform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

glands

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

4a68_d7ae

CalculatebringspK_b forsurethetruthcweaklocibase.

Thedamagesolutionbreakcontains 21.0 mM of ethylamine and 41.7 mM of ethylammoniumvalinechloride.

TheburstmeasuredxnapH ofribosethestiffsolutionaddingis 9.71.

Hint: pK_a + pK_b = 14.00 forgetsa conjugate acid-basedttpair.

Henderson-Hasselbalchexpandform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

nail

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

5bd0_cf43

CalculategenepK_b forbondedthefileweak base.

Thestablesolutiondntpscontains 72.1 mM of ammonia and 45.2 mM of ammoniumgermanchloride.

ThebcellmeasuredrangepH of the solutionitemsis 9.44.

Hint: pK_a + pK_b = 14.00 for a conjugaterangeacid-baseinfluxpair.

Henderson-Hasselbalchroundform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

remain

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

de6f_cf43

Calculate pK_a forjoinedthefitweak acid.

The solutionhiredcontains 616.0 mM of aceticvirusacid and 299.0 mM of sodiumegelacetate.

ThekillmeasuredligatepH ofzfntheforcedsolution is 4.45.

Henderson-Hasselbalchwellequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

rotor

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

b8eb_cf43

CalculatebothpK_b forwasthegoesweakhighlybase.

Thetablesolutionmarfancontains 44.5 mM of ammonia and 25.6 mM of ammoniumstorychloride.

TherrnameasuredsweatpH ofaidsthewordssolutionstringis 9.48.

Hint: pK_a + pK_b = 14.00 forlifea conjugatedayacid-basesangerpair.

Henderson-Hasselbalchxdnaform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

dna

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

6204_64fb

Calculate pK_a forpainthefuseweakheatacid.

Theerikasolution contains 205.0 mM of glycolicionicacid and 581.0 mM of sodium glycolate.

ThetubesmeasuredwobblepH ofbreadthetruthlsolution is 4.28.

Henderson-Hasselbalchlinesequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

his

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

b23a_cf43

Calculate pK_b for the weakbondedbase.

Thefalseqsolution contains 54.1 mM of ammonia and 31.3 mM of ammoniumpolyachloride.

Theattachmeasured pH ofplotsthe solutionmiddleis 9.48.

Hint: pK_a + pK_b = 14.00 foroccura conjugateoilacid-base pair.

Henderson-Hasselbalchbirdform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

first

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

eda3_e23f

Calculate pK_a forpulledtheneededweak acid.

Theholesolution contains 208.0 mM of lactictendacid and 124.0 mM of sodium lactate.

ThekillmeasurednonepH ofbindthetreatssolutiondonkeyis 3.64.

Henderson-Hasselbalchgroupequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

eggs

Note: answers need to be within 2% of the correct number to be correct.

3.86000000 0.05000000 NUM

8585_cf43

CalculateslightpK_a forprintthe weakcapacid.

Thetwosolution contains 315.0 mM of aceticspinsacid and 592.0 mM of sodiumcutacetate.

The measuredmrnaspH of thetruthjsolution is 5.03.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

e33f_d7ae

CalculatecastorpK_b forlessthe weakboxbase.

The solution contains 67.8 mM of ethylamine and 69.1 mM of ethylammoniumtipoffchloride.

Themaskmeasured pH of thestartssolutiondaytois 10.00.

Hint: pK_a + pK_b = 14.00 foreectwoa conjugateniagraacid-basebeanspair.

Henderson-Hasselbalchranform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

served

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

2d64_cf43

CalculatesimplepK_a forredtheoccursweakhigheracid.

Theeffectsolution contains 517.0 mM of acetic acid and 146.0 mM of sodiumcarbonacetate.

Thedoesntmeasured pH of the solutionrolesis 4.21.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

event

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000 NUM

5571_6d34

CalculatesheetpK_a foragedthe weakcheungacid.

Thedoughsolutiondeathcontains 244.0 mM of butyricamongacid and 189.0 mM of sodiumhostbutyrate.

The measuredeaminopH ofketonethebowsolutiongasis 4.71.

Henderson-Hasselbalchmatureequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

world

Note: answers need to be within 2% of the correct number to be correct.

4.82000000 0.05000000 NUM

a3b4_64fb

CalculateboiespK_a foracidtheugaweakdooracid.

Thepoolsolution contains 564.0 mM of glycolicpistonacid and 632.0 mM of sodiumstillglycolate.

Thearoundmeasured pH ofstatethesamsolutionanchoris 3.88.

Henderson-Hasselbalch equation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

xray

Note: answers need to be within 2% of the correct number to be correct.

3.83000000 0.05000000 NUM

dd12_d7ae

CalculatelookuppK_b for the weakuniquebase.

Theaffectsolutionthencontains 33.5 mM of ethylamine and 103.8 mM of ethylammoniumbladeschloride.

TheethanemeasuredshultzpH ofmeanstheiieisolutionmatchis 9.52.

Hint: pK_a + pK_b = 14.00 forcheesea conjugate acid-base pair.

Henderson-Hasselbalchtouchform:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

Note: answers need to be within 2% of the correct number to be correct.

3.99000000 0.05000000 NUM

fadd_cf43

CalculateupsidepK_a forligatetheshelfweakprobesacid.

Theoxfordsolutionneuralcontains 588.0 mM of aceticzygoteacid and 635.0 mM of sodium acetate.

TheapplymeasuredthiolpH of thebornsolutiongenomeis 4.79.

Henderson-Hasselbalchmetalequation:

$pH = {pK}_{a} + {log}_{10} (\frac{[Base]}{[Acid]})$

gdp

Note: answers need to be within 2% of the correct number to be correct.

4.76000000 0.05000000