Multiply.
A. 81,427,086
B. 81,426,086
C. 81,437,096
D. 81,417,076
Answer: A
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Solve the problem.How many different three-number "combinations" are possible on a combination lock having 22 numbers on its dial? Assume that no numbers repeat. (Combination locks are really permutation locks.)
A. 9240 B. 351,120 C. 1,053,400 D. 175,560
Divide. Leave your answer in exponent form. Assume that all variables in any denominator are nonzero.
A. 
B. 
C. 
D. 
Perform the operation indicated. Simplify.
+ 
A. 
B. 
C. 
D. 
Solve.In a practice run, a race car driver's speed is clocked at 135.875 mph at the end of her first lap, and at 175.059 mph at the end of the next lap. How much faster was she driving at the end of the second lap?
A. 39.084 mph B. 39.194 mph C. 39.184 mph D. 40.184 mph