Answer: Point A is the answer for the potential energy. Point D is the answer for the kinetic energy.
Explanation:
Explanation:
neutron stars have diameters of about 20km and they are denser than the earth. A rotating neutron star pulsating electromagnetic beam is a named a pulsars but not all neutron stars are pulsars.
Only three of hundreds of known pulsar are found in supernova remnants because as neutron stars gets older, they lose energy and starts to decrease their rotational speeds and the neutron star could not radiate particles and energy for long as a pulsar does. there are less existing pulsars compared to supernova explosion rate because the life time of pulsars is obout 10×10^6 years after the neutron can no longer spin at high speeds to produce beams of particles and energy, almost all the pulsars are older and spin slow to produce light of visible wavelength or X-ray wavelengths and we only get a pulse of radiation from a neutron star as a pulsar as the beam sweeps over earth.
Given our understanding of the situation, for this vehicle with four wheels is traveling in a <u>linear path</u> through soft dirt, we would expect for<em><u> </u></em><em><u>only two wheels</u></em> to leave tire track impressions.
The vehicle has four wheels, and one might think initially that it makes sense for <u>all four wheels to create tire track impressions</u> on the dirt. This assessment is correct, all <u>four </u><u>tires </u><u>will create impressions</u>, However, <u><em>not all four </em></u><u><em>tires</em></u><u><em> will leave a said </em></u><u><em>impression</em></u>.
This is due to the fact that as the vehicle advances, the tires in the back <em>will erase the </em><em>impressions </em><em>left by the </em><em>front tires</em>. Therefore, <u>only </u><u>two </u><u>tire </u><u>track impressions </u><u>will be left.</u>
To learn more visit:
brainly.com/question/14443145?referrer=searchResults
Answer: Quantum Theory
Explanation: His theory about the hydrogen atom based on quantum theory