A block oscillates on a vertical spring. When the block is at the lowest point of the oscillation, it's acceleration a,

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A Block Oscillates On A Vertical Spring When The Block Is At The Lowest Point Of The Oscillation It S Acceleration A 1 (34.79 KiB) Viewed 23 times

A block oscillates on a vertical spring. When the block is at the lowest point of the oscillation, it's acceleration a, is a. Negative. b. Zero. C. Positive. A block oscillates on a very long horizontal spring. The graph shows the block's kinetic energy as a K (J) -6 -4 -2 -2 -1 1 2 function of position. What is the spring constant? a. 1 N/m b. 2 N/m C. 4 N/m d. 8 N/m e. I have no idea. ) Two identical blocks oscillate on different horizontal springs. Block A oscillates with a higher amplituc and a larger period than Block B. Which spring has the larger spring constant? a. The spring for Block B b. The spring for Block A C. There's not enough information to tell. 2) A mass oscillates on a horizontal spring. It's velocity is v, and the spring exerts force F. At the time Position x T A M 0 27 indicated by the arrow, a. b. v, is+ and F, is +. v, is + and F, is -.