CLEP chemistry ACTUAL EXAM QUESTIONS WITH COMPLETE SOLUTION GUIDE (A+ GRADED 100% VERIFIED) LATEST VERSION 2025!!

5/31/25, 8:23 AM CLEP chemistry ACTUAL EXAM QUESTIONS WITH COMPLETE SOLUTION GUIDE (A+ GRADED 100% VERIFIED) LATEST VE…




CLEP chemistry ACTUAL EXAM QUESTIONS WITH
COMPLETE SOLUTION GUIDE (A+ GRADED 100%
VERIFIED) LATEST VERSION 2025!!

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Terms in this set (38)


Which chemical equation
represents this reaction:


a Bronsted-Lowry acid-
base reaction


A.) 2 KCLO₂(s) → 2
KCLO(s) + 3 O₂(g)
B.) Zn(s) + Cu² + (aq) →
Zn² + (aq) + Cu(s)
C.) CO³ + (aq) + 6 NH
(aq) → [Co(NH³)₆³+](aq)
D.) H₂O+9aq) +
NH₂(aq)→ H₂O(I) + NH₂+
(aq)




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, 5/31/25, 8:23 AM CLEP chemistry ACTUAL EXAM QUESTIONS WITH COMPLETE SOLUTION GUIDE (A+ GRADED 100% VERIFIED) LATEST VE…


The attractions between polar covalent bonds
atoms within a molecule
of NH3 are best
characterized as
A. hydrogen bonds
B. ionic bonds
C. polar covalent bonds
D. London (dispersion)
forces
E. ion-dipole forces

R(g) + 2T(g) ⇌ 2X(g) + 0.50
Z(g)


The reaction mixture
above is at equilibrium
at 298 K. The value of
the equilibrium constant
for the reaction is 16 at
298K. If R(g) , X(g) and
Z(g) each have an
equilibrium
concentration of 2.0 M,
what is the equilibrium
concentration of T(g) ?

7) what is the pH of a 4.0
solution made by
diluting 1.00 ml of 0.10
M HCL with enough
distilled water to make
1.00L of solution?




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