Table of Contents
What happened to the clay after pulling the cardboard in opposite direction?
What happened to the clay as you pull the cardboard in opposite direction? Answer: When the strips of clay are pushed from opposite ends then they buckled upwards a little bit which raises the surface a little bit forming like a mountain on the land.
What happens when you pulled the cardboard?
When I slowly pulled the cardboard, the coin placed on top of the cardboard remained at rest but was dragged along with cardboard. Explanation: That is because, the coin was dragged by the force in the surface of the cardboard called friction.
What happened to the clay as they were pushed from opposite ends?
-The strips of clay buckled up as they were pushed from opposite ends. -Mountains are formed in the lithosphere. -The side slits serve as subduction zone where the old seafloor plunges beneath another tectonic plate.
What happened to the coin when you pulled the cardboard quickly?
The coin has inertia, meaning it really wants to stay in one place. If you move the card slowly, it isn’t fast enough to overcome that force. If you flick it quickly, the coin stays in one place and then drops into the cup.
What happen when you squeeze the play dough or clay together?
Much like the squishy stress ball you pull out from time to time, squeezing play dough is great for helping calm down your kids. Playing with the clay can help ease tension, release excess energy, improve focus, and express emotions.
What happen when you pulled the play dough or clay apart?
One kind of force is referred to as tension. Tension occurs when the plates are pulled apart causing either an elongation or a breakage in the crust. Tension forces can cause volcanic islands or mid-oceanic ridges to form. Another kind of force is referred to as compression.
What happens when you quickly pulled the paper explain?
Answer: it will changes in position and will fall to ground or may be in glass. Explanation: because when you applied strong force or pull quickly the paper in will changes its position.
What is the force that causes the coin to fall into the glass?
When you flick the card out from under the penny, you allow gravity (an outside force) to act on it and drop it into the glass. The bottom of the glass stops the penny from falling.
Where does most of the coin go after the flicking the card?
When we flick the card , it comes in motion but the coin tends to be in rest due to its inertia as stated in first law of motion that everything tends to be in motion or rest . So , the coin tends to be at rest and falls vertically downwards .
What do the strips of clay represent?
Explanation: The strips of the clay resembling rocky surfaces represent the uppermost part of the mantle of the earth. The uppermost part of the earth has valleys, rocky surfaces, islands, and mountains. Since the two plates of the earth that collide are less dense, so there are no trench or volcanoes.
What happened to the clay if you press it?
Answer. A lump of dough on A lump of dough on a plate. Pressing it down with your hands . The Action of Force results in Change in Shape because when you press a lump of dough in downward direction with your hands then its shape will be changed but there will be no change in its state of motion.
What type of plate boundary is shown when both ends are pushed?
About 80% of earthquakes occur where plates are pushed together, called convergent boundaries. Another form of convergent boundary is a collision where two continental plates meet head-on. Since neither plate is stronger than the other, they crumple and are pushed up.
Why did the coin rolling on the floor slow down and eventually stop?
Friction finally causes the penny to slow down and to stop. It gets lower and lower inside the balloon because of our old friend, gravity, too. While the object’s mass stays the same, its speed drops because of friction against the balloon and moves lower because of gravity.
What happened to the plastic water bottles when you swiftly pulled the tablecloth from the edges?
When the cloth is pulled quickly, the tableware needs to accelerate at a greater rate to move along with it; but the force needed to make that happen is greater than the frictional force available an it lags behind. If the cloth is pulled very rapidly, the tableware ‘stays put. ‘.
What law of motion is shown in this activity?
Explanation: In physics, the first law of motion says that a body at rest will remain at rest, and a body in motion will remain at the same uniform speed unless an external force acts upon it.
How do you make the best playdough?
Ingredients 1/2 cup salt. 1 cup plain flour. 2 tbs cream of tartar. 1 cup water. 1 tbs oil. 3 drops liquid food colouring.
What happened to the small toys when you pulled the clay?
: When the strips of clay are pushed from opposite ends then they buckled upwards a little bit which raises the surface a little bit forming like a mountain on the land.
How do you extend Play Doh activities?
Extension ideas Encourage collecting plastic items as part of the exercise. For a fine motor bonus, talk about textures and encourage kids to run their hands lightly over the surface of the playdough textures they create. Layer the textures.
What happens to the Matchbox case as you pull the cardboard abruptly to the side?
What happens to the Matchbox case as you pulled the cardboard abruptly to the side? Answer. It makes fire. Explanation: When you pull anything in the side of the matchbox it causes fire because of friction.
Why does the cup get pulled?
The force in this activity pulling on the glass of water is the friction between the tablecloth and the glass. Since the tablecloth and glass are slippery, the friction is quite small — it’s enough to pull the glass along slowly, but not enough to accelerate the glass quickly when you snap the cloth fast!.
When you first held the cup in the air and removed your finger what happened to the water?
First off, when you just held the cup and let your finger off the hole, the water was pulled down by gravity and thus water pressure pushes it out the hole.
