It will take the object <em>5.306 seconds </em>to come to rest.
<u>Given the following data:</u>
- Initial velocity = 52 m/s
- Acceleration = -9.8
To find how much time it will take the object to come to rest, we would use the first equation of motion;
Mathematically, the first equation of motion is calculated by using the formula;
<em>Time, t </em><em>=</em><em> 5.306 seconds.</em>
Therefore, it will take the object <em>5.306 seconds </em>to come to rest.
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<u>Note</u>: The final velocity (V) of the object would be zero (0) m/s when the object comes to rest.
Read more: brainly.com/question/8898885
The answer is:
when Bohr's original model stated that electrons were tiny little objects circling the nucleus along fixed orbits, however, this is no longer valid as we now know that rather "circling" the nucleus at confined orbits, electrons can seem to be everywhere at once
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-So, The correct answer for this question would be QUANTIZATION OF ENERGY. The aspect of Bohr's original model of electron structure that is still included in the currently accepted theory of electron structure is the quantization of energy.
-Bohr suggested circular orbits of electrons around the nucleus of a hydrogen atom, but researches have shown that motion of the electron is not in a single plane., but it takes place in three-dimensional space. Actually, the atomic model is not flat
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<span>Velocity tells you what speed a moving object travels at and in what direction.</span>
Answer: wavelength= 2.842m
Explanation:
wave speed C= frequency × wavelength
Wavelength= C/ frequency
= 2.998× 10exp8/ 105.5×10exp6Hz
Wavelength= 2.842m
Goodluck...