Water flowing through a river can make a variety of sounds, such as splashing, gurgling, bubbling, and rushing. These sounds are created by the movement of the water over rocks and obstacles in the river, as well as the force of the current.
An electromagnet is temporary because it only produces a magnetic field when an electric current flows through it. Once the current is turned off, the magnetic field disappears. This makes electromagnets versatile for various applications where temporary magnetic control is needed.
Sound is a vibration when something makes a noise every thing around vibrates in order to make the sound for it to travel it needs particles to vibrate there is almost no matter in outer space hence no particles
Stingrays do not have vocal cords so they do not produce sounds. They communicate mainly through body language and behaviors.
Yes, when a current flows through a silver coil, it generates a magnetic field around it according to Ampere's law. This electromagnetic field can be used for various applications such as electromagnets or inductors.
Morphograph sounds refer to the sounds that specific letters or letter combinations make in written language. For example, the letter "b" makes the sound "buh" in English, while "sh" makes the sound "shh." Understanding morphograph sounds can help with phonics and decoding words.
the air is pushed through the reed and makes the various sounds
Pakistan
This questions makes no sense, please clarify.
cannabis flows through the blood stream in to your brain and makes your nervous sysytem faster
the heart pumps the blood to different part of the body
Colorado river
The Colorado River.
a magnetic field
It makes a major contribution to the Arizona water supply. and it flows through Niagara falls
The sound of a ball going through the net is a "swish" or a "swoosh."
Gravity. The river bed slopes, and water flows from the higher place to the lower.
An electromagnet is temporary because it only produces a magnetic field when an electric current flows through it. Once the current is turned off, the magnetic field disappears. This makes electromagnets versatile for various applications where temporary magnetic control is needed.