Solved

Two Masses M and M (M > M)are Hung Over

Question 53

Multiple Choice

Two masses M and m (M > m) are hung over a disc (Idisc = Two masses M and m (M > m) are hung over a disc (I<sub>dis</sub><sub>c</sub> = M'R<sup>2</sup>) and are released so that they accelerate.If T<sub>1</sub> is the tension in the cord on the left and T<sub>2</sub> is the tension in the cord on the right,then A) T<sub>1</sub> = T<sub>2 </sub> B) T<sub>2</sub> > T<sub>1 </sub> C) T<sub>2</sub> < T<sub>1 </sub> D) T<sub>2</sub> = Mg E) T<sub>2</sub> = Mg/m M'R2) and are released so that they accelerate.If T1 is the tension in the cord on the left and T2 is the tension in the cord on the right,then Two masses M and m (M > m) are hung over a disc (I<sub>dis</sub><sub>c</sub> = M'R<sup>2</sup>) and are released so that they accelerate.If T<sub>1</sub> is the tension in the cord on the left and T<sub>2</sub> is the tension in the cord on the right,then A) T<sub>1</sub> = T<sub>2 </sub> B) T<sub>2</sub> > T<sub>1 </sub> C) T<sub>2</sub> < T<sub>1 </sub> D) T<sub>2</sub> = Mg E) T<sub>2</sub> = Mg/m


A) T1 = T2
B) T2 > T1
C) T2 < T1
D) T2 = Mg
E) T2 = Mg/m

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Q48: A point P is at a distance

Q49: A solid disk (I = <img src="https://d2lvgg3v3hfg70.cloudfront.net/TB6079/.jpg"

Q50: Use the figure on the below to

Q51: To increase the moment of inertia of

Q52: Four 50-g point masses are at

Q54: A ball of mass m<sub>1</sub>,connected to another

Q55: A wheel starting from rest has a

Q56: Water is drawn from a well

Q57: A solid cylinder of mass m

Q58: A cylinder (I = ½mR<sup>2</sup>)rolls along a