(2)ATwo blocks are connected bygiven: cord is inextensible。8a is constantV.AoHfind : (a)3.6 m/s <Ra cord as shown.• V/₂== 6.3 m/s →→, after A has moved 1.5m to the leftaA) aB (mag and direc)(The pulleys are friction less.)(b) the time it when V₂V BIAB12→m/s

According to the given data VA=3.6 m/s VB=6.3 m/s when A moved 1.5 m We need to find: Acceleration…

(2) O A Two blocks are connected by a card as shown. given: cord is inextensible ● · • ав ag is constant V. V₁ = 3.6 m/s Ao Y = 6.3 m/s →→→, after A has moved 1.5m to the left find: (a) даав , 9B (mag and direc) (6) the time it when I BIA (The pulleys are friction less.) B 12→ m/s

(2) O A Two blocks are connected by a card as shown. given: cord is inextensible ● · • ав ag is constant V. V₁ = 3.6 m/s Ao Y = 6.3 m/s →→→, after A has moved 1.5m to the left find: (a) даав , 9B (mag and direc) (6) the time it when I BIA (The pulleys are friction less.) B 12→ m/s

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Question

(2)
A
Two blocks are connected by
given: cord is inextensible
。
8
a is constant
V.
Ao
H
find : (a)
3.6 m/s <
R
a cord as shown.
• V/₂
=
= 6.3 m/s →→, after A has moved 1.5m to the left
aA) aB (mag and direc)
(The pulleys are friction less.)
(b) the time it when V₂
V BIA
B
12→
m/s

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