The Normal Force on an Extreme Skier Descending a Very Steep Slope Can Be Zero if

1. Physics
2. Mechanics
3. 1. The normal forcefulness on an extreme skier descending a

1. The normal force on an farthermost skier descending a

1. The normal force on an farthermost skier descending a very steep slope (Fig. 4-42) tin can be goose egg if

(a) His speed is nifty enough.
(b) He leaves the slope (no longer touches the snow).
(c) The slope is greater than 75°.
(d) The slope is vertical (90°).
ii. To pull an sometime stump out of the ground, you and a friend necktie two ropes to the stump. You pull on it with a force of 500 N to the north while your friend pulls with a force of 450 Due north to the northwest. The total force from the two ropes is
(a) Less than 950 Due north.
(b) Exactly 950 Northward.
(c) More than than 950 North.

1. Physics
2. Mechanics

1. The normal force on an extreme skier descending a

1. The normal forcefulness on an extreme skier descending a very steep slope (Fig. iv-42) can exist nothing if

(a) His speed is great plenty.
(b) He leaves the gradient (no longer touches the snowfall).
(c) The slope is greater than 75°.
(d) The slope is vertical (ninety°).
2. To pull an old stump out of the footing, you and a friend tie 2 ropes to the stump. You pull on it with a forcefulness of 500 N to the north while your friend pulls with a force of 450 N to the northwest. The total force from the two ropes is
(a) Less than 950 Northward.
(b) Exactly 950 North.
(c) More than than 950 N.

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Source: https://www.solutioninn.com/1-the-normal-force-on-an-extreme-skier-descending-a

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