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 of 0.8 m/sec from a point 0.7 m below its resting position, then at any time t in seconds its position in
Meters is given by x = 0.8 sin t + 0.7 cos t. Find the maximum distance that the block travels from its resting
Position.
B) 1.13 m
C) 2.26 m

Question

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 of 0.8 m/sec from a point 0.7 m below its resting position, then at any time t in seconds its position in
Meters is given by x = 0.8 sin t + 0.7 cos t. Find the maximum distance that the block travels from its resting
Position.
B) 1.13 m 
C) 2.26 m

Quizplus · Accepted Answer

The Answer of 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 of 0.8 m/sec from a point 0.7 m below its resting position, then at any time t in seconds its position in
Meters is given by x = 0.8 sin t + 0.7 cos t. Find the maximum distance that the block travels from its resting
Position.
B) 1.13 m 
C) 2.26 m

Solve the Problem. -A Block Hanging from a Spring Is Free to Oscillate