A cart and a bucket are attached to a rope, which is passed through a pulley. The cart weighs 5.00 kg. Inertia on the pulley is 1.2 kg.m2. Pulley radius is 5.0 cm. Assume the rope is massless, friction and air drag are negligent. The bucket is found to be accelerating at 2.41 m/s^2. How heavy is it? Update - this question has got a goof. Choose any response for a full grade. Select one:
A cart and a bucket are attached to a rope, which is passed through a pulley. The cart weighs 5.00 kg. Inertia on the pulley is 1.2 kg.m2. Pulley radius is 5.0 cm. Assume the rope is massless, friction and air drag are negligent. The bucket is found to be accelerating at 2.41 m/s^2. How heavy is it? Update - this question has got a goof. Choose any response for a full grade. Select one:
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A cart and a bucket are attached to a rope, which is passed through a pulley. The cart weighs 5.00
kg. Inertia on the pulley is 1.2 kg•m2. Pulley radius is 5.0 cm. Assume the rope is massless, friction
and air drag are negligent.
The bucket is found to be accelerating at 2.41 m/s^2. How heavy is it?
Update - this question has got a goof. Choose any response for a full grade.
Select one:
а. 1.6 kg
b. 77 kg
С. 5.5 kg
d. 80. kg
е.
80 kg
f.
very
Clear my choice
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