Plastic (in conjunction with a couple of other materials) is a good choice for ear defenders for a number of reasons. First, it's tough and effective. It's also fairly cheap, readily available and easy to work with. Plastics come in a wide variety of types and with as wide a range of characteristics. Can anyone lookaround himself in a day and not see something made of plastic that is in use? Plastic is an excellent material from which to make ear defenders.
You can draw a simple particle diagram of ear defenders by showing sound waves entering the ear defenders and being absorbed by the material of the ear defenders. This absorption of sound waves reduces the intensity of the sound reaching the ear, thus protecting the ears from loud noises.
To make ear defenders, you will need to gather materials such as foam padding, plastic or metal headband, and fabric for covering. Cut the foam padding to fit the shape of the ear cups, attach them to the headband, and cover with fabric for comfort. Adjust for proper fit and secure in place for use.
Ear defenders work by absorbing sound energy before it reaches the ear. The material of the ear defender converts the sound energy into small amounts of heat or mechanical vibration, thus reducing the intensity of the sound that reaches the ear. This process helps to protect the sensitive structures of the ear from damage due to exposure to high noise levels.
Ear defenders should be worn in environments where the noise level exceeds 85 decibels to protect against hearing damage. It is important to select ear defenders with a Noise Reduction Rating (NRR) appropriate for the specific noise level in the environment.
Ear defenders work by absorbing sound waves as they travel through the air as particles. The ear defenders then vibrate in response to the sound waves, which in turn dissipates the energy of the waves, reducing the intensity of the noise that reaches the ear. This vibration process helps insulate the ear from loud noises, protecting the ears from potential damage.
plastic is a good idea for the final layer of ear defenders because it is tough and effective. it's also relitavely cheap, when do not see plastic used on head/earphones, it helps block out sounds. BOOM
Foam, rubber, and cotton wool can be used for ear defenders.
something that you can make good ear defenders with
You can draw a simple particle diagram of ear defenders by showing sound waves entering the ear defenders and being absorbed by the material of the ear defenders. This absorption of sound waves reduces the intensity of the sound reaching the ear, thus protecting the ears from loud noises.
styrofome will do the trick
Plastic (in conjunction with a couple of other materials) is a good choice for ear defenders for a number of reasons. First, it's tough and effective. It's also fairly cheap, readily available and easy to work with. Plastics come in a wide variety of types and with as wide a range of characteristics. Can anyone lookaround himself in a day and not see something made of plastic that is in use? Plastic is an excellent material from which to make ear defenders. Rate This Answer
Ear defenders protect your ears by absorbing the sound and fizzling it out
people wear ear defenders because incase of a high pitch sound the ears defenders absorb the sound and then you don't have an ear infection.
Well, ear defenders absorbs the sound from going to your ear, if you don't wear ear defenders when your working in loud noises your ear can be damage.
To make ear defenders, you will need to gather materials such as foam padding, plastic or metal headband, and fabric for covering. Cut the foam padding to fit the shape of the ear cups, attach them to the headband, and cover with fabric for comfort. Adjust for proper fit and secure in place for use.
because it is the best material because it absorbs the sound the best, it is also dense so it can conduct sound. Foam has particles with several small air particles, forming sound waves to absorb into its surface.
Ear defenders work by absorbing sound energy before it reaches the ear. The material of the ear defender converts the sound energy into small amounts of heat or mechanical vibration, thus reducing the intensity of the sound that reaches the ear. This process helps to protect the sensitive structures of the ear from damage due to exposure to high noise levels.