Use L'H
pital's rule to find the limit.
A. 0
B. 
C. 
D. 1
Answer: C
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Find the moment or center of mass of the wire, as indicated.Find the center of mass of a wire that lies along the semicircle y = 
if the density of the wire is 
A. 
= 
?, 
= 
?
B. 
= 0, 
= 
?
C. 
= 0, 
= 
?
D. 
= 
?, 
= 
?
Match to the equivalent expression.x1/4
A. x-4
B. 
C. 
D. 
Solve the problem. Approximate to the nearest tenth when necessary.The velocity v, in ft/s, of a free-falling object after t seconds is given by the formula v = 32t until the object reaches terminal velocity. The terminal velocity Vt of a free-falling object is the highest velocity that the object can attain, and it depends on the mass of the object as well as its projected area. The distance d, in feet, that a free-falling object falls in t seconds is given by the formula 
until it reaches terminal velocity. After that occurs, the distance that it falls is found by multiplying the terminal velocity Vt by the amount of time after it reaches terminal velocity. Find the
distance that a parachutist travels in 
seconds if she has the given terminal velocity 
A. 720 feet
B. 716 feet
C. 480 feet
D. 512 feet
Solve the problem.A box of matches contains 120 matches. If a carton contains 10 boxes of matches, how many matches are in a carton?
A. 12 matches B. 130 matches C. 1200 matches D. 120 matches