Given the arrangement of masses below, how long does it take for Mass 2 to come to a stop? 3. Pulley 1 Pulley 2 M2 Mi 02 θι Ms 5.00 kg 0.100 Mi-25.0 kg M2 15.0 kg 0 15.0° vo 12.5 m/s Pulley 1 is a...

Question

Question

Given the arrangement of masses below, how long does it take for Mass 2 to come to a stop? 3. Pulley 1 Pulley 2 M2 Mi 02 θι M

science Advanced-Physics

Add a comment Improve this question Transcribed image text

Answer 1

Answer #1

2. 35 -0.1 x 200.69 = 25 a T-160, 6 = 25a At mam m 39こ15x9.8 ng= 147 N At ng = 4733N 0 3 4 3 AC 5x9.PXSin,ç. 0-1X41. 33-0.1刈47-160. 6 3 0 12.5-2953xt time t=4.233sec

Add a comment

Answer 2

Given the arrangement of masses below, how long does it take for Mass 2 to come to a stop? 3. Pulley 1 Pulley 2 M2 Mi 02 θι Ms 5.00 kg 0.100 Mi-25.0 kg M2 15.0 kg 0 15.0° vo 12.5 m/s Pulley 1 is a...

Homework Answers

Add Answer to:
Given the arrangement of masses below, how long does it take for Mass 2 to come to a stop? 3. Pulley 1 Pulley 2 M2 Mi 02 θι Ms 5.00 kg 0.100 Mi-25.0 kg M2 15.0 kg 0 15.0° vo 12.5 m/s Pulley 1 is a...

Post as a guest

Earn Coins

Given the arrangement of masses below, how long does it take for Mass 2 to come to a stop? 3. Pulley 1 Pulley 2 M2 Mi 02 θι Ms 5.00 kg 0.100 Mi-25.0 kg M2 15.0 kg 0 15.0° vo 12.5 m/s Pulley 1 is a...

Homework Answers

Add Answer to: Given the arrangement of masses below, how long does it take for Mass 2 to come to a stop? 3. Pulley 1 Pulley 2 M2 Mi 02 θι Ms 5.00 kg 0.100 Mi-25.0 kg M2 15.0 kg 0 15.0° vo 12.5 m/s Pulley 1 is a...

Post as a guest

Earn Coins

Add Answer to:
Given the arrangement of masses below, how long does it take for Mass 2 to come to a stop? 3. Pulley 1 Pulley 2 M2 Mi 02 θι Ms 5.00 kg 0.100 Mi-25.0 kg M2 15.0 kg 0 15.0° vo 12.5 m/s Pulley 1 is a...