a place where gravitational acceleration has 10 m / s2 module, the set below, in which friction is egligible, e pulley and the wire are ideal. Under these conditions, what is the strength of the force that the block is ercised in Block B? ven: a = 37°
a place where gravitational acceleration has 10 m / s2 module, the set below, in which friction is egligible, e pulley and the wire are ideal. Under these conditions, what is the strength of the force that the block is ercised in Block B? ven: a = 37°
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![na place where gravitational acceleration has 10 m / s2 module, the set below, in which friction is
negligible,
he pulley and the wire are ideal. Under these conditions, what is the strength of the force that the block is
exercised in Block B?
Given: a = 37°
m (A) = 6,0 kg
m (B) = 4,0 kg
%3D
m (C) = 10 kg](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F316f2861-5f04-423d-8753-22aa5aa3bc5e%2F9078ab73-7324-49ab-b2c3-e5ba9c04800a%2Fx5co1f8_processed.png&w=3840&q=75)
Transcribed Image Text:na place where gravitational acceleration has 10 m / s2 module, the set below, in which friction is
negligible,
he pulley and the wire are ideal. Under these conditions, what is the strength of the force that the block is
exercised in Block B?
Given: a = 37°
m (A) = 6,0 kg
m (B) = 4,0 kg
%3D
m (C) = 10 kg
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