Blowing air into the bottle creates higher pressure inside compared to the surrounding air pressure, making it harder to force the paper ball inside due to the pressure difference. Additionally, the paper ball has to fit through the narrow bottleneck, which adds to the difficulty of the task.
It's difficult to force a crushed paper ball into a bottle by blowing into it because as you blow air into the bottle, you are increasing the air pressure within the bottle. This increased pressure pushes against the paper ball and prevents it from being pushed further into the bottle. Additionally, the shape and size of the bottle's opening may also restrict the paper ball from entering.
A paper ball typically weighs very little, often only a few grams. The weight can vary depending on the size and thickness of the paper used to make the ball.
The velocity of the ball will remain constant at 14 m/s since there are no external forces acting on it to change its velocity in empty space.
A ball point pen works by using a small rotating ball bearing at the tip to dispense ink as it rolls across the paper. When the pen is pressed against the paper, the ball bearing allows the ink to flow from the reservoir onto the paper, creating writing.
The ball will drop first because it is denser and experiences greater gravitational pull than a sheet of paper, which is lighter and more affected by air resistance.
It's difficult to force a crushed paper ball into a bottle by blowing into it because as you blow air into the bottle, you are increasing the air pressure within the bottle. This increased pressure pushes against the paper ball and prevents it from being pushed further into the bottle. Additionally, the shape and size of the bottle's opening may also restrict the paper ball from entering.
crumple a small piece of paper into a ball size smaller than the mouth of the empty bottle.hold the empty bottle on its side and place the paper ball just inside its mouth.now try to blow on the ball to force it into the bottle.try the activity with battles of different sizes. when we blow into the mouth of the bottle,the air near the mouth has higher speed. this decreases the pressure there . the air pressure inside the bottle is higher than near the mouth.
the medium paper ball
A wrecking ball.
1. Spade 2. Watering can 3. Round water bottle 4. Salt on paper towl 5. Grass on land 6. Tree 7. Battery
-- bar of soap -- sheet of paper -- ping-pong table tennis ball -- styrofoam, any shape and size -- ice, any shape and size -- closed, empty jar, bottle, or jug -- strider bug -- duck, goose, gull, swan, loon -- inflated balloon -- heavy steel, if formed into a concave shape that displaces a lot of water
You Force it. Ediman
Just crush it into a ball, but be delicate enough not to tear or rip the paper. Un-ball it, and tada.
A 2 liter soda bottle. Use the cap as the ''ball'' and the bottle as the "bat".
A paper ball typically weighs very little, often only a few grams. The weight can vary depending on the size and thickness of the paper used to make the ball.
take 2 l. bottle cut the bottom of a bottle off put the 2 bottles together take a piece of balsa wood and make the wings fill the bottom part of the water rocket with paper put the wings on the bottle rocket cut a circular cup in half put a tennis ball on the cup
you can play it with a bottle