Want this question answered?
Energy contained in movement is called "kinetic energy".
When you rub two things together, like your hands, thermal energy is produced. This is a result of the friction.
Work the transfer of energy as the result of motion is called work. Motion is when one object's distance from another is changing.
That is called heat, or thermal energy.That is called heat, or thermal energy.That is called heat, or thermal energy.That is called heat, or thermal energy.
Suppose we are constructing an overhead tank and by using a high discharge pump water is filled. An input to a water turbine driven generator is given from this overhead tank. Then the out put (Electrical energy produced by generator) is given to drive this pump. What will be the final result. Same will be the result if you try to drive a train with wind energy.
NO. Almost all electrical energy is produced as a result of burning fossil fuels.
yesIt is produced from water.Water is broken down to get electrons. As a result O2 is produced
ATP is produced from the light reactions, which is then coupled with the light independent reactions. NADPH is also produced, but its job is to carry electrons which eventually make ATP.
Yes, heat energy is produced by the electrons;however small it may be,actually if we consider a resistance then it is an hindered to the flow of electrons,as a result of which the electrons collide with the particles of wire resulting in loss of energy in the form of heat.the equation of heat generated is: H=(I^2 *R*t) where- H=heat produced in joules R=resistance of the material in ohm t=time of current flow in seconds
5
ATP
Sharing of electrons in the outer energy level of two atoms results in a covalent bond.
The electrons and energy level are inversely related. Electrons are positively charged while the energy level is negatively charged which will result into a direct effect in the energy level when electrons move. .
A photon of light.
covanlent bonds
Spectral lines are produced by electrons moving from high energy orbitals to lower energy orbitals. Electrons have a quality called "spin" - they either spin "up" or "down". The spin of an electron interacts with the applied magnetic field. As a result, where there was one transition from a higher to a lower orbital, the interaction between the electron spin and the applied magnetic field creates two slightly different energy transitions, one for the spin "up" electrons and the other for the spin "down" electrons. This is what produces two spectral lines in place of the original one line.
You have half answered this question for yoiurself ( produced) ; the answer is 'PRODUCTS'.