Chem final

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Last updated 7:32 PM on 4/15/26
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exam 1

<p>exam 1</p>
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<p><span>aqueous NaI (0.030 m), aqueous CoI2 (0.030 m), pure H2O, aqueous FeI3 (0.030 m), aqueous glucose (0.050 m)</span></p>

aqueous NaI (0.030 m), aqueous CoI2 (0.030 m), pure H2O, aqueous FeI3 (0.030 m), aqueous glucose (0.050 m)

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0.552, exam 1

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<p><span>respiratory tissue is damaged by oxidation|| the urge to breathe is reduced and not enough CO2 is removed from the body|| No problems result from this situation|| the urge to breathe is increased and excessive CO2 is removed from the body|| hyperventilation results</span></p>

respiratory tissue is damaged by oxidation|| the urge to breathe is reduced and not enough CO2 is removed from the body|| No problems result from this situation|| the urge to breathe is increased and excessive CO2 is removed from the body|| hyperventilation results

exam 1

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<p><span>aqueous glucose (0.050 m)|| aqueous CoI2 (0.030 m)|| pure H2O|| aqueous NaI (0.030 m)|| aqueous FeI3 (0.030 m)</span></p>

aqueous glucose (0.050 m)|| aqueous CoI2 (0.030 m)|| pure H2O|| aqueous NaI (0.030 m)|| aqueous FeI3 (0.030 m)

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<p><span>the density of the solution is 11 g/mL|| there are 11 g of sodium chloride in in 1.0 mL of this solution|| 100 g of the solution contains 11 g of sodium chloride|| 100 mL of the solution contains 11 g of sodium chloride|| the molality of the solution is 11</span></p>

the density of the solution is 11 g/mL|| there are 11 g of sodium chloride in in 1.0 mL of this solution|| 100 g of the solution contains 11 g of sodium chloride|| 100 mL of the solution contains 11 g of sodium chloride|| the molality of the solution is 11

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<p></p>

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<p><span>k is the reaction rate constant|| If [A] is doubled, the reaction rate will increase by a factor of 2.|| The reaction is first order in [A].|| The reaction is first order overall.|| The reaction is first order in [B].</span></p>

k is the reaction rate constant|| If [A] is doubled, the reaction rate will increase by a factor of 2.|| The reaction is first order in [A].|| The reaction is first order overall.|| The reaction is first order in [B].

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<p><span>the half-life of a first-order reaction does not depend on [A]0; the half-life of a second-order reaction does depend on [A]0|| the rate of both first-order and second-order reactions do not depend on reactant concentrations|| a first-order reaction can be catalyzed; a second-order reaction cannot be catalyzed|| the rate of a first-order reaction depends on reactant concentrations; the rate of a second-order reaction does not depend on reactant concentrations|| None of the above are true.</span></p>

the half-life of a first-order reaction does not depend on [A]0; the half-life of a second-order reaction does depend on [A]0|| the rate of both first-order and second-order reactions do not depend on reactant concentrations|| a first-order reaction can be catalyzed; a second-order reaction cannot be catalyzed|| the rate of a first-order reaction depends on reactant concentrations; the rate of a second-order reaction does not depend on reactant concentrations|| None of the above are true.

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zero, exam 1

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<p>Not a question, just look and see since it’s impossible to screenshot multiple</p>

Not a question, just look and see since it’s impossible to screenshot multiple

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<p><span>0.023 M NaF|| 0.015 M KF|| 0.030 M AgNO3|| 0.00750 M LiF|| AgF will have the same solubility in all solutions.||</span></p>

0.023 M NaF|| 0.015 M KF|| 0.030 M AgNO3|| 0.00750 M LiF|| AgF will have the same solubility in all solutions.||

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<p><span>H3PO4, KH2PO4|| NaC2H3O2, HCl (C2H3O2- = acetate)|| KOH, HF|| RbOH, HBr||NH3, NH4Cl</span></p>

H3PO4, KH2PO4|| NaC2H3O2, HCl (C2H3O2- = acetate)|| KOH, HF|| RbOH, HBr||NH3, NH4Cl

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<p><span>0.030 M LiF|| 0.023 M NaF|| 0.015 M KF|| Pure Water|| 0.0075 M AgNO3</span></p>

0.030 M LiF|| 0.023 M NaF|| 0.015 M KF|| Pure Water|| 0.0075 M AgNO3

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<p><span>1.15 M HF and 0.624 M NaF|| They are all buffer solutions and would all have the same capacity.|| 0.574 M HF and 0.312 M NaF|| </span>0.287 M HF and 0.156 M NaF|| <span>0.189 M HF and 0.103 M NaF</span></p>

1.15 M HF and 0.624 M NaF|| They are all buffer solutions and would all have the same capacity.|| 0.574 M HF and 0.312 M NaF|| 0.287 M HF and 0.156 M NaF|| 0.189 M HF and 0.103 M NaF

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<p><span>CuCl, HCl|| none of the above|| AgBr, HBr|| KI, HI|| Csl, HI||</span></p>

CuCl, HCl|| none of the above|| AgBr, HBr|| KI, HI|| Csl, HI||

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<p><span>HC6H5O|| KOH|| NH3|| KNO3|| HNO3</span></p>

HC6H5O|| KOH|| NH3|| KNO3|| HNO3

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<p>no way to question, just look at answer and analyze why</p>

no way to question, just look at answer and analyze why

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<p>no way to question, just look at answer and analyze why</p>

no way to question, just look at answer and analyze why

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<p><span>the forward process is spontaneous but the reverse process is not|| the forward and the reverse processes are both spontaneous|| both forward and reverse processes have stopped|| the process is not spontaneous in either direction|| the reverse process is spontaneous but the forward process is not</span></p>

the forward process is spontaneous but the reverse process is not|| the forward and the reverse processes are both spontaneous|| both forward and reverse processes have stopped|| the process is not spontaneous in either direction|| the reverse process is spontaneous but the forward process is not

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<p><span>K = 1|| K &gt; 1|| K=0|| more info needed|| K &lt; 1</span></p>

K = 1|| K > 1|| K=0|| more info needed|| K < 1

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