(2)ØATwo blocks are connected bygiven: cord is inextensible●.♥авVQ3AoThe pulleysis constant3.6 m/sRa cord as shown.Y = 6.3 m/s →→, after A has moved 1.5m to the left)find: (a) an, a (mag and direc)(6) the time it when Vpulleys are friction less.)∙B(AB12 →m/s

Given: VA=3.6 m/sVB=6.3 m/s when A moved 1.5 m To find: Acceleration of A and B Time when VB/A = 12…

Two blocks are connected by given: cord is inextensible ● a 4 as is constant V Ao = 3.6 m/s find: (a) V/₂= 6.3 m/s, after A has moved 1.5m to the left a cord as shown. да 9.A) aB (mag and direc) (6) the time it when you B(A (The The pulleys are friction less.) = 12 → m/s

Two blocks are connected by given: cord is inextensible ● a 4 as is constant V Ao = 3.6 m/s find: (a) V/₂= 6.3 m/s, after A has moved 1.5m to the left a cord as shown. да 9.A) aB (mag and direc) (6) the time it when you B(A (The The pulleys are friction less.) = 12 → m/s

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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Conservation of Energy

In physics, the rule of the conservation of energy states that energy doesn’t disappear from the atmosphere; instead, it changes its form from one type to another. Energy is one of the most important physical quantities in nature, and it cannot be created or destroyed — only transformed.

Question

(2)
Ø
A
Two blocks are connected by
given: cord is inextensible
●
.
♥
ав
V
Q
3
Ao
The pulleys
is constant
3.6 m/s
R
a cord as shown.
Y = 6.3 m/s →→, after A has moved 1.5m to the left
)
find: (a) an, a (mag and direc)
(6) the time it when V
pulleys are friction less.)
∙B(A
B
12 →
m/s

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