1 point
3) As a demonstration in class, a student was asked to blow into a bottle
that had a small paper ball placed just inside its mouth. The paper ball did
not move into the bottle, during this exercise. Why does the paper ball
remain at the mouth?
The wind speed was not enough to push the ball inwards
Air pressure was higher at the mouth than inside the bottle
O The ball exerted pressure that resisted the wind at the mouth,
Air pressure was lower at the mouth and higher inside the botte
Answers
Answer:
O The ball exerted pressure that resisted the wind at the mouth
Answer:
vAs a demonstration in class, a student was asked to blow into a bottle
that had a small paper ball placed just inside its mouth. The paper ball did
not move into the bottle, during this exercise. Why does the paper ball
remain at the mouth?
The wind speed was not enough to push the ball inwards
Air pressure was higher at the mouth than inside the bottle
O The ball exerted pressure that resisted the wind at thAs a demonstration in class, a student was asked to blow into a bottle
that had a small paper ball placed just inside its mouth. The paper ball did
not move into the bottle, during this exercise. Why does the paper ball
remain at the mouth?
The wind speed was not enough to push the ball inwards
Air pressure was higher at the mouth than inside the bottle
O The ball exerted pressure that resisted the wind at thAs a demonstration in class, a student was asked to blow into a bottle
that had a small paper ball placed just inside its mouth. The paper ball did
not move into the bottle, during this exercise. Why does the paper ball
remain at the mouth?
The wind speed was not enough to push the ball inwards
Air pressure was higher at the mouth than inside the bottle
O The ball exerted pressure that resisted the wind at thAs a demonstration in class, a student was asked to blow into a bottle
that had a small paper ball placed just inside its mouth. The paper ball did
not move into the bottle, during this exercise. Why does the paper ball
remain at the mouth?
The wind speed was not enough to push the ball inwards
Air pressure was higher at the mouth than inside the bottle
O The ball exerted pressure that resisted the wind at thAs a demonstration in class, a student was asked to blow into a bottle
that had a small paper ball placed just inside its mouth. The paper ball did
not move into the bottle, during this exercise. Why does the paper ball
remain at the mouth?
The wind speed was not enough to push the ball inwards
Air pressure was higher at the mouth than inside the bottle
O The ball exerted pressure that resisted the wind at thAs a demonstration in class, a student was asked to blow into a bottle
that had a small paper ball placed just inside its mouth. The paper ball did
not move into the bottle, during this exercise. Why does the paper ball
remain at the mouth?
The wind speed was not enough to push the ball inwards
Air pressure was higher at the mouth than inside the bottle
O The ball exerted pressure that resisted the wind at thAs a demonstration in class, a student was asked to blow into a bottle
that had a small paper ball placed just inside its mouth. The paper ball did
not move into the bottle, during this exercise. Why does the paper ball
remain at the mouth?
The wind speed was not enough to push the ball inwards
Air pressure was higher at the mouth than inside the bottle
O The ball exerted pressure that resisted the wind at thAs a demonstration in class, a student was asked to blow into a bottle
that had a small paper ball placed just inside its mouth. The paper ball did
not move into the bottle, during this exercise. Why does the paper ball
remain at the mouth?
The wind speed was not enough to push the ball inwards
Air pressure was higher at the mouth than inside the bottle
O The ball exerted pressure that resisted the wind at thAs a demonstration in class, a student was asked to blow into a bottle
that had a small paper ball placed just inside its mouth. The paper ball did
not move into the bottle, during this exercise. Why does the paper ball
remain at the mouth?
The wind speed was not enough to push the ball inwards
Air pressure was higher at the mouth than inside the bottle
O The ball exerted pressure that resisted the wind at th
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Explanation: