Use L'Hospital's rule to find the limit.
A. 0
B. -?
C. 1
D. ?
Answer: A
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Solve the problem.The motion of a spring-mass system is described by the equation 
where y is the distance in feet from the equilibrium position and t is time in seconds. Find the velocity of the mass at time t = 3/4 seconds. Is the mass moving toward or away from its equilibrium position or neither?
A. 0 ft/s; away from equilibrium position B. -4? ft/s; toward from equilibrium position C. 0 ft/s; neither D. 4? ft/s; away from equilibrium position
Solve the equation.
= 
A. {3}
B. {4}
C. 
D. 
Factor. Check by multiplying.21x + 6y - 15
A. 27(x + y) - 15 B. 3(7x + 6y - 5) C. 3(7x + 2y - 5) D. 3(7x + 6y - 15)
Make the indicated conversion with American units of capacity.
gallons to fluid ounces
A. 16 fl oz B. 8 fl oz C. 64 fl oz D. 32 fl oz