Students, you may consult your problems related to the material in this forum. We will also have question and answer session in this forum.
DISCUSSION FORUM
1. What is the best title for the passage?
the best title is "What is sound"
sense of sound
Sound.
what is sound
About sound
the text is about sound
what is sound
what is sound?
"What is sound"
what is sound
sense of sound
2. How can sound travel?
Sound can go through vibrations or waves that propagate through solid, liquid, or gas objects and can be heard.
through solids, liquids, or gases and can be heard
A sound begins by some type of mechanical movement which can include a person playing an instrument, a door slamming, or thunder in the sky. The molecules of these objects vibrate and in turn cause the surrounding molecules to vibrate, thus causing the sound to travel. Without matter like a solid, liquid or gas, sound could not travel
Sound is a vibration or wave traveling through solids, liquids, or gases and can be heard. A sound begins by some type of mechanical movement which can include a person playing an instrument, a door slamming, or thunder in the sky.
The molecules of these objects vibrate and in turn cause the surrounding molecules to vibrate, thus causing the sound to travel.
In summary, sound is a vibration or wave traveling through solids, liquids, or gases and can be heard. Sound travels at different speeds depending on the medium that the sound wave travels through. The loudness of sound is measured in decibels and the pitch of sound is related to frequency.
.A sound begins by some type of mechanical movement which can include a person playing an instrument, a door slamming, or thunder in the sky. The molecules of these objects vibrate and in turn cause the surrounding molecules to vibrate, thus causing the sound to travel. Without matter like a solid, liquid or gas, sound could not travel. It needs the vibration of molecules from the matter in order for there to be a sound that can be heard. Outer space is void of any objects and is a vacuum so there is no sound and it is very quiet. The solid, liquid, or gas that transports the sound is called a medium.
3. What are the examples of mechanical movement?
mechanical movement which can include a person playing an instrument, a door slamming, or thunder in the sky
a person playing an instrument, a door slamming, or thunder in the sky
sound can travel because the molecules of these objects vibrate and in turn cause the molecules around them to vibrate
mechanical movement which can include a person playing an instrument, a door slamming, or thunder in the sky
mechanical movement, person playing an instrument, a door slamming, or thunder in the sky.
A sound begins by some type of mechanical movement which can include a person playing an instrument, a door slamming, or thunder in the sky.
3. A sound begins by some type of mechanical movement which can include a person playing an instrument, a door slamming, or thunder in the sky.
of mechanical movement which can include a person playing an instrument, a door slamming, or thunder in the sky
an instrument, a door slamming, or thunder in the sky.
A sound begins by some type of mechanical movement which can include a person playing an instrument, a door slamming, or thunder in the sky.
A sound begins by some type of mechanical movement which can include a person playing an instrument, a door slamming, or thunder in the sky.
4. How do you compare the sound speed in water, air, and steel?
The amount of moisture in the air will also affect the speed of sound. In dry air, sound will travel 768 miles per hour, but faster in water.
At 768 mph, sound will travel one mile in 5 seconds through dry air, but four times faster in water, and 13 times faster through steel.
At 768 mph, sound will travel one mile in 5 seconds through dry air, but four times faster in water, and 13 times faster through steel.
Sound will travel faster in water than in air, but much faster in steel
Sound will travel faster in water than in air, but much faster in steel. The amount of moisture in the air will also affect the speed of sound. In dry air, sound will travel 768 miles per hour, but faster in water. At 768 mph, sound will travel one mile in 5 seconds through dry air, but four times faster in water, and 13 times faster through steel
Sound will travel faster in water than in air, but much faster in steel. The amount of moisture in the air will also affect the speed of sound. In dry air, sound will travel 768 miles per hour, but faster in water. At 768 mph, sound will travel one mile in 5 seconds through dry air, but four times faster in water, and 13 times faster through steel.
Depending on whether it is a solid, liquid, or gas, the sound will travel at different speeds. Sound will travel faster in water than in air, but much faster in steel. The amount of moisture in the air will also affect the speed of sound. In dry air, sound will travel 768 miles per hour, but faster in water. At 768 mph, sound will travel one mile in 5 seconds through dry air, but four times faster in water, and 13 times faster through steel.
Sound travels fastest in steel and slowest in air. Water is in between. This is because the particles in solids are closer together than the particles in liquids or gases, and the particles in liquids are closer together than the particles in gases. The tighter particles are packed in a space, they collide more frequently. This allows sound, which is simply the combined collisions of particles, to travel fastest in solids. So, to reiterate, sound travels fastest in steel, then water, and slowest in air.
In dry air, sound will travel 768 miles per hour, but faster in water. At 768 mph, sound will travel one mile in 5 seconds through dry air, but four times faster in water, and 13 times faster through steel.
Sound will travel faster in water than in air, but much faster in steel. The amount of humidity in the air will also affect the speed of sound. In dry air, sound would travel 768 miles per hour, but faster in water. At 768 mph, sound will travel one mile in 5 seconds through dry air, but four times as fast in water, and 13 times faster through steel.
Sound will travel faster in water than in air, but much faster in steel. The amount of moisture in the air will also affect the speed of sound. In dry air, sound will travel 768 miles per hour, but faster in water. At 768 mph, sound will travel one mile in 5 seconds through dry air, but four times faster in water, and 13 times faster through steel.
Depending on whether it is a solid, liquid, or gas, the sound will travel at different speeds. Sound will travel faster in water than in air, but much faster in steel. The amount of moisture in the air will also affect the speed of sound. In dry air, sound will travel 768 miles per hour, but faster in water. At 768 mph, sound will travel one mile in 5 seconds through dry air, but four times faster in water, and 13 times faster through steel.
Sound will travel faster in water than in air, but much faster in steel. The amount of humidity in the air will also affect the speed of sound. In dry air, sound would travel 768 miles per hour, but faster in water. At 768 mph, sound will travel one mile in 5 seconds through dry air, but four times as fast in water, and 13 times faster through steel
Sound will travel faster in water than in air, but much faster in steel. The amount of moisture in the air will also affect the speed of sound. In dry air, sound will travel 768 miles per hour, but faster in water. At 768 mph, sound will travel one mile in 5 seconds through dry air, but four times faster in water, and 13 times faster through steel.
Sound will travel faster in water than in air, but much faster in steel. The amount of moisture in the air will also affect the speed of sound. In dry air, sound will travel 768 miles per hour, but faster in water. At 768 mph, sound will travel one mile in 5 seconds through dry air, but four times faster in water, and 13 times faster through steel
Sound will travel faster in water than in air, but much faster in steel. The amount of moisture in the air will also affect the speed of sound. In dry air, sound will travel 768 miles per hour, but faster in water. At 768 mph, sound will travel one mile in 5 seconds through dry air, but four times faster in water, and 13 times faster through steel
4.Sound will faster in water than in air,but much faster in steel.the amount of humidity in the air will also affect the speed of sound.in dry air,sound would tarvel 768 miles per hour,but faster in water.At 768 Moh,sound Will travel one mile in 5 second through dry air,but four times as fast in water and 13 times faster through steel
Sound will travel faster in water than in air, but much faster in steel. The amount of humidity in the air will also affect the speed of sound. In dry air, sound would travel 768 miles per hour, but faster in water. At 768 mph, sound will travel one mile in 5 seconds through dry air, but four times as fast in water, and 13 times faster through steel
1. what is sound
2. a sound begins by some type of mechanical movement which can include a person playing an instrument, a dorr slamming, or thuder in the sky the molecules the surrounding molecules to vibrate this causing the sound to travel without matter like a solid, liquid or gas, sound could not travel
3. some example of mechanical movements are playing a music intrument, slamming doors, or thunder in the sky
4.Sound will faster in water than in air,but much faster in steel.the amount of humidity in the air will also affect the speed of sound.in dry air,sound would tarvel 768 miles per hour,but faster in water.At 768 Moh,sound Will travel one mile in 5 second through dry air,but four times as fast in water and 13 times faster through steel.
5.- The solid, liquid, or gas that transports the sound is called a medium
- The term sound barrier is often heard when airplanes gp faster than the speed of sound. when this happens, the plane breaks the sound barrier.
- Sonic boom which is a loud explosivesounding noise that is caused by a number of sound waves that are forced together as the plane moves faster than sound.
- acoustics is the study of sound and how it travels.
2. a sound begins by some type of mechanical movement which can include a person playing an instrument, a dorr slamming, or thuder in the sky the molecules the surrounding molecules to vibrate this causing the sound to travel without matter like a solid, liquid or gas, sound could not travel
3. some example of mechanical movements are playing a music intrument, slamming doors, or thunder in the sky
4.Sound will faster in water than in air,but much faster in steel.the amount of humidity in the air will also affect the speed of sound.in dry air,sound would tarvel 768 miles per hour,but faster in water.At 768 Moh,sound Will travel one mile in 5 second through dry air,but four times as fast in water and 13 times faster through steel.
5.- The solid, liquid, or gas that transports the sound is called a medium
- The term sound barrier is often heard when airplanes gp faster than the speed of sound. when this happens, the plane breaks the sound barrier.
- Sonic boom which is a loud explosivesounding noise that is caused by a number of sound waves that are forced together as the plane moves faster than sound.
- acoustics is the study of sound and how it travels.