yes because when you heat a metal ring it will expand
heat energy is basically kinetc energy (movement energy), since heat is the atoms moving about, the atoms in the gas ring crash into the atoms of the spoon, and cause the atoms in the spoon, eventually the energy (movement), will be evenly spaced between all the atoms in the spoon and gas ring, this transferr is like when a snooker ball hits a triangle of the balls and makes all of them move around
Method: The apparatus consists of a metal ball which fits exactly through a ring attached to a stand when both are at room temperature. Heat the ball using a Bunsen Burner for a few minutes and then try to pass it through the ring. Observations: The ball does not pass through the ring when it is hot. leave the ball on the ring and allow it to cool for some time. The ball will now pass through the ring Conclusions: This proves that solids expand on heating and contract on cooling.
First you have to understand that everything gets bigger and smaller when its temperature changes. Maybe you remember seeing someone try to put a metal ball through a metal ring. When the ball and the ring are the same temperature, the ball will not go through the ring. If you then heat up the ring, the ball will go through the ring. This is because the ring gets bigger when heated. Thermometers use this same property to measure the temperature outside. You may have seen that some thermometers have either a red or silver line in them that goes up and down as the temperature changes. Other thermometers use what looks like a spring that is attached to a pionter. That "spring" is actually made from two different metals. Since each metal grows or shrinks differently and since they are attached together, the "spring" bends. Second, and you probably already know this, is that different things can be bend a long ways before they break and other things can bend very little before they break. Most plastic can be bent a long way, or even bent several times, before it breaks. On the otherhand, glass can only bend a little bit before it breaks. If the glass is thick enough and the liquid is hot enough, when you pour the liquid into the tumbler the glass on the inside becomes hotter than the glass on the outside. The glass on the inside therfore gets bigger than the glass on the outside. This difference in size caused by the difference in temperature causes the glass to bend, not much, but just enough to break. Hope that helped.Jeff
Increases If the gap can easily be conceived as a small break in a metal ring, then the expansion of the metal ring may decrease the gap size.
Since the ball expands it cant pass though the ring. But when it cools it will pass once again though the ring.
when the ball is heated, it will pass through the unheated ring.
heat energy is basically kinetc energy (movement energy), since heat is the atoms moving about, the atoms in the gas ring crash into the atoms of the spoon, and cause the atoms in the spoon, eventually the energy (movement), will be evenly spaced between all the atoms in the spoon and gas ring, this transferr is like when a snooker ball hits a triangle of the balls and makes all of them move around
basketball ring is where you can shoot the ball. it is a metal ring that sticks out of the backboard that you must shoot the ball through. The rim also contains a net that the ball falls out of once you make it in.
Method: The apparatus consists of a metal ball which fits exactly through a ring attached to a stand when both are at room temperature. Heat the ball using a Bunsen Burner for a few minutes and then try to pass it through the ring. Observations: The ball does not pass through the ring when it is hot. leave the ball on the ring and allow it to cool for some time. The ball will now pass through the ring Conclusions: This proves that solids expand on heating and contract on cooling.
they have a little metal ball inside of it.
Molecules in solid matter/material move through heat.Example:Through an experiment you ca determine how molecules of solid material move.Use the science tools: alcohol lamp, ball, and ring.(note: the ring should fit on the ring not too tight nor too loose)Insert the ball on the ring. Does it fit?Now heat the ball for about 1-2 minutes.Insert again the ball on the ring. What do you observe?Try this experiment and see how heat can move the molecules of solid.
Grab one side of the string,and tuck the wooden dowel through the hole in the middle. Grab the ball on that side of the string and stick it at the top of the Wooden Block in the middle.make sure there is slack so that the ball can make it to the top. Now slide the ring above and over The ball.Now tuck the metal ring through the hole in the middle block And pull ring off string. Done!
you unscrew the top ball and then pull the barbell out through the bottom
I assume you are referring to a CBR (captive bead ring). Here's BMEzine's wikipedia definition of it http://wiki.bmezine.com/index.php/CBR The ball has two dents in it that the edge of the metal fits into. There's nothing you screw on; it just snaps in place. If it's too loose, the ball can fall out. I might have swallowed a lip ring ball once because of that.
The Spectator's Clothes
It means there is a small metal stud or ring going through your toungue.
The heat built up in a dry pot on a stove may be intense enough to damage the metal in a diamond ring, but won't reach a high-enough heat to threaten the integrity of a diamond.