Three blocks A, B, and C are at rest weighing 40 kg, 16 kg, and 12 kg, respectively. Neglecting the mass of the bar holding C and the friction, determine the magnitude of their velocity when they have moved 500 mm. Which of the following statements is/are correct. Check all the correct statements. 45° O Block A is sliding down the plane. O (+) Acceleration of Block A = (-) Acceleration of Block B. O SA + SB = L, where SA and SB are displacements of blocks A and B, respectively and Lis the length of the rone

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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Three blocks A, B, and C are at rest weighing 40 kg, 16 kg, and 12 kg,
respectively. Neglecting the mass of the bar holding C and the friction,
determine the magnitude of their velocity when they have moved 500 mm.
Which of the following statements is/are correct. Check all the correct
statements.
B
45°
O Block A is sliding down the plane.
O (+) Acceleration of Block A = (-) Acceleration of Block B.
O SA + SB = L, where SA and SB are displacements of blocks A and B, respectively and Lis the
length of the rone
Transcribed Image Text:Three blocks A, B, and C are at rest weighing 40 kg, 16 kg, and 12 kg, respectively. Neglecting the mass of the bar holding C and the friction, determine the magnitude of their velocity when they have moved 500 mm. Which of the following statements is/are correct. Check all the correct statements. B 45° O Block A is sliding down the plane. O (+) Acceleration of Block A = (-) Acceleration of Block B. O SA + SB = L, where SA and SB are displacements of blocks A and B, respectively and Lis the length of the rone
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