Solve the problem.A block hanging from a spring is free to oscillate. If a 1-kg block attached to the spring is given a downward velocity 
from a 
above its resting position, then at any time t in seconds its position in meters is given by 
Find the maximum distance that the block travels from its resting position.
A. 2 
m
B. 1.13 m
C. 2.26 m
D. 
m
Answer: D
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Evaluate the algebraic expression for the given values of the variables.x ÷ 6 ? (12 - y), for x = 36, y = 2
A. 70 B. 74 C. 84 D. 60
Use the graph to find the horizontal asymptote, if any, of the function. 
A. x = -2, x = 2, y = 1 B. y = -2, y = 2 C. y = 1 D. y = 0, y = 1
Establish the identity.tan5 x = tan x (sec4 x - 2 sec2 x + 1)
What will be an ideal response?
Provide the proper response.To graph src="https://sciemce.com/media/4/ppg__tttt0528191504__f1q29g6.jpg" alt="" style="vertical-align: -17.0px;" /> can be determined graphically and (b) how it relates to the domain of the hyperbola.
- 
= 1 on a graphics calculator, we must consider the union of the graphs of the two functions, 
and 
Using the graph of 
explain (a) how the solution set of 
What will be an ideal response?