9. Two blocks hanging vertically are connected by a heavy uniform rope of mass 3 kg. The blocks are pulled by an upward force of 300 N. Determine the tension at the top of the heavy rope in N. The mass of the upper block is 6 kg while the lower box has a mass of 8 kg. A) 194 B) 149 C) 491 D) 394 10.0 Two blocks hanging vertically are connected by a heavy uniform rope of mass 3 kg . The blocks are pulled by an upward force of 300 N. Determine the tension at the midpoint of the heavy rope in N. The mass of the upper block is 6 kg while the lower box has a mass of 8 kg.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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9. Two blocks hanging vertically are connected by a heavy uniform rope of
mass 3 kg. The blocks are pulled by an upward force of 300 N. Determine the
tension at the top of the heavy rope in N. The mass of the upper block is 6 kg while
the lower box has a mass of 8 kg.
A) 194
B) 149
A) 168
C) 491
10.0 Two blocks hanging vertically are connected by a heavy uniform rope
of mass 3 kg. The blocks are pulled by an upward force of 300 N . Determine
the tension at the midpoint of the heavy rope in N. The mass of the upper block
is 6 kg while the lower box has a mass of 8 kg.
B) 194
D) 394
C) 491
D) 394
Transcribed Image Text:9. Two blocks hanging vertically are connected by a heavy uniform rope of mass 3 kg. The blocks are pulled by an upward force of 300 N. Determine the tension at the top of the heavy rope in N. The mass of the upper block is 6 kg while the lower box has a mass of 8 kg. A) 194 B) 149 A) 168 C) 491 10.0 Two blocks hanging vertically are connected by a heavy uniform rope of mass 3 kg. The blocks are pulled by an upward force of 300 N . Determine the tension at the midpoint of the heavy rope in N. The mass of the upper block is 6 kg while the lower box has a mass of 8 kg. B) 194 D) 394 C) 491 D) 394
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