Gas can be compressed easily because of space between them is big so then when compressed,the space between them get smaller.
Liquid can be compressed but you can only compress it slightly since the particles are already touching
Solid can't be compressed since their locked into place.
Sonic booms occur when an object (space shuttle) is traveling faster than the speed of sound and the air in front of the object is compressed. As the air is compressed it emits a noise, thus the sonic boom.
The supersonic object is hitting air molecules faster than they can get out of the way, so they pile up.
compressed marble
[object Object]
all gases can be compressed
Yes. Objects can be stretched and compressed.
Its position. If the object is placed above the ground, its potential energy is mgh, where m is the mass of the object, g is the gravitational constant, and h is the distance from the ground. If the object is a spring, it depends on how far it is streched or compressed. .5kx2, where k is the spring constant, and x is how much the spring has been compressed or stretched. There are many other forms of potential energy, but these two are probably the most common.
Denser, more compact, compressed.
The wavelength will be compressed/shortened.
A raised object; a compressed or streched spring; separated magnets...
he said that the air compressed is greater then uncompressed.
Elastic Potential energy
Sonic booms occur when an object (space shuttle) is traveling faster than the speed of sound and the air in front of the object is compressed. As the air is compressed it emits a noise, thus the sonic boom.
it is called strain energy
Certainly there is a limit, considering that the object is not deformed by the power employed to compress or stretch.
A gas can be compressed more than a liquid and a solid.
Its position. If the object is placed above the ground, its potential energy is mgh, where m is the mass of the object, g is the gravitational constant, and h is the distance from the ground. If the object is a spring, it depends on how far it is streched or compressed. .5kx2, where k is the spring constant, and x is how much the spring has been compressed or stretched. There are many other forms of potential energy, but these two are probably the most common.