2-when the velocity is at a maximum value (positive or negative), what is the po

Question

2-when the velocity is at a maximum value (positive or negative), what is the position?

Name: in 10Oon- Mass on a Spring unno Data Sketch your graph of Position versus Distance for Run #1: R# 2 0.63 12:0,699 o.90 Data Table 5 2 imes 3 aled Run #2 Item Item Run #1 Suspended Mass Mass of the spring Spring Constant* 6.54 N/m | 6.5 N/m t N/m[6.54 Nm 6.540 Period (average) 0.616 s o.65ags Value for k either found by doing Hooke's Law lab or provided by your insructor. Calculation The spring you are using in this experiment is heavy enough that its mass cannot be neglected. The spring itself is also oscillating. It is found from calculus techniques T-2 that one-third of the mass of the spring must be ad calculations using the equation in the background section (suspended mass spring co ded to the suspended mass in . Calculate the total mass plus effective mass of the spring). Calculate the period based on the nstant and the total mass. Calculate the percent difference. c m , 16, 5 181

Explanation / Answer

1)when when the position is at an extreme

v=v0+at

=.50+9.8x1=10.3 m/s

2)when the velocity is at a maximum value ,position will be

v=v0+at

10.3=v0+9.8x1

v0=0.50

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