I need the answer to these two questions, please. 3. The following blocks are in motion at 2.0 m/s and the pulley wheels are turning clockwise. Block A has Hk = 0.88 andblock B has uk = 0.72. Note: ma = 5.0 kg, mg = 3.0 kg, mc = 9.0 kg.a. Find the acceleration of block cb. What vertical height will block A rise? Assume it never leaves thestraight surface it's on.A=0.72254. Mr Gaglardi (while pretending to be James Bond) wants to throw a grappling hook onto the top of a 22.0 m building.He grabs a high quality weightless rope with a breaking strength of 950 N. Then with the 2.0 kg hook on the end of therope, he twirls the grappling hook at a constant speed in a circle of radius 0.90 m and lets it fly from a height of 1.00 mabove the ground. Isit possible that the hook can make it to the top of the building?22 m1.0 m

Answered: Image /qna-images/answer/4f3828cf-d280-4eb5-8aae-5e9a9e460ad6.jpg

3. The following blocks are in motion at 2.0 m/s and the pulley wheels are turning clockwise. Block A has Hk = 0.88 and block B has lk = 0.72. Note: ma = 5.0 kg, me = 3.0 kg, mc = 9.0 kg. a. Find the acceleration of block c b. What vertical height will block A rise? Assume it never leaves the straight surface it's on. 25 He 0.72 19 H 0.88

3. The following blocks are in motion at 2.0 m/s and the pulley wheels are turning clockwise. Block A has Hk = 0.88 and block B has lk = 0.72. Note: ma = 5.0 kg, me = 3.0 kg, mc = 9.0 kg. a. Find the acceleration of block c b. What vertical height will block A rise? Assume it never leaves the straight surface it's on. 25 He 0.72 19 H 0.88

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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I need the answer to these two questions, please.

3. The following blocks are in motion at 2.0 m/s and the pulley wheels are turning clockwise. Block A has Hk = 0.88 and
block B has uk = 0.72. Note: ma = 5.0 kg, mg = 3.0 kg, mc = 9.0 kg.
a. Find the acceleration of block c
b. What vertical height will block A rise? Assume it never leaves the
straight surface it's on.
A=0.72
25
4. Mr Gaglardi (while pretending to be James Bond) wants to throw a grappling hook onto the top of a 22.0 m building.
He grabs a high quality weightless rope with a breaking strength of 950 N. Then with the 2.0 kg hook on the end of the
rope, he twirls the grappling hook at a constant speed in a circle of radius 0.90 m and lets it fly from a height of 1.00 m
above the ground. Isit possible that the hook can make it to the top of the building?
22 m
1.0 m

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