0
True or false the energy applied to cause vibration can be in the form of air pressure a stick a bow or electricity?
Wiki User
∙ 7y agoWant this question answered?
Be notified when an answer is posted
Add your answer:
Earn +20 pts
Can The Energy Applied To Cause Vibration Can Be In The Form Of Air Pressure A Stick A Bow Or Electricity?
True.
The energy applied to cause vibration can be in the form of air pressure a stick a bow or electricity?
True
Can energy applied to cause vibration can be in the form of air pressure a stick a bow or electricity?
True.
The energy applied to cause vibration can be in the form of air pressure a stick a bow or electricity.?
True.
How is hydroelectricity applied?
it is used to provide energy or electricity.
How vibration reduced?
You can reduce vibration by putting pressure on whatever is vibrating therefore making it need more energy to vibrate again.
How do you convert pressure to electricity?
Well, pressure energy can be converted into electrisity,in industries they use electricity to pressure for compress a object so if we have so much pressure we can create electricity.preessure will apply force on a body we know that force is also one form of energy so energy can be created.if you tell me in industries how they convert electricity into pressure we can definitely convert pressure to energy,bye.
How vibration maybe reduced?
You can reduce vibration by putting pressure on whatever is vibrating therefore making it need more energy to vibrate again.
Is there a word that starts with a J that has to do with electricity?
Yes. There is a messurement of energy called a "joule". This can be applied to electricity in the form of electrical energy. Electricity can be measured in a unit called watts, which is joules per second.
What is the difference between conductor ans insulator?
This question can apply to either electricity (electron flow) or heat (thermal energy transfer). Let us start with electricity: An insulator exposed to a voltage will not let electrons flow (will not let current flow) until a very high voltage is applied, at which point the insulator breaks down (changes composition) and allows a current arc. A conductor exposed to a voltage will allow electrons to flow and the current flow will be roughly proportional to the applied voltage. Now, let us go to heat: An insulator resists the transfer of molecular vibration energy, but what energy is transferred is roughly proportional to the temperature differential. A conductor allows the transfer of molecular vibration energy and the transfer is roughly proportional to the temperature differential.
Does a turbine turn kinetic energy into electrical energy?
It turns the pressure energy into kinetic energy that moves the rotors electric generators to produce electricity
How can geothermic energy be converted into electricity?
It can be converted by going through alot of heat and pressure
