Two objects of the same mass are on two different planets. Planet A has a force of gravity that is stronger than that of Planet
2 answers:
Answer:
Object on Planet A would have greater weight than on Planet B.
Explanation:
Mass is the matter contained in an object. It remains constant irrespective of the planet on which the object is kept.
mass, m = constant
On the other hand, weight is the force of gravity acting on an object. More the force of gravity, more would be the weight.
Thus, the object on Planet A would have greater weight than on Planet B.
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Answer:
The force required to begin to lift the pole from the end 'A' is 240 N
Explanation:
The given parameters for the pole AB are;
The length of the pole, l = 10.0 m
The weight of the pole, W = 600 N ↓
The distance of the center of gravity of the pole from the side 'A' = 4.0 m
Let '' represent the force required to begin to lift the pole from the end 'A' and let a force applied in the upwards direction be positive
For equilibrium, the sum of moment about the point 'B' = 0, therefore, taking moment about 'B', we have
× 10.0 m - W × 4.0 m = 0
∴ × 10.0 m = W × 4.0 m = 600 N × 4.0 m
× 10.0 m = 600 N × 4.0 m
∴ = 600 N × 4.0 m/(10.0 m) = 240 N
The force required to begin to lift the pole from the end 'A', = 240 N.
Answer:
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