If a light does not diverse the intensity will diverse too Remains Constant Incr

Question

If a light does not diverse the intensity will diverse too Remains Constant Increase as the distance increase decrease as the distance increase The force keep all the protons in the nucleus is Weak Force Strong Force Electrical Force All of these The electronic transition in an atom is Discrete Continuous any value none The energy level of atom is Continuous Quantized Constant None of these The total magnetic flux of a close surface is Zero Maximum Minimum Constant A speeding charge particle will emits Emits Sound Wave Emits Pressure wave Emits Junks Emits EMW A motor draws maximum current when it is running in full speed

Explanation / Answer

8

If a light does not diverse the intensity will rmeanins constant

4

The force keep all the protons in the nucleus is -------- strong force

generally between the like charges there is a repulsive force to overcome this repulsive force among the protons there must be a strong force so that protons should be with in the small regiob called nucleus due to strong nuclear force so the answer is Strong force

also the nuclear force is the strongest force in the universe.

10

the electronic transition in an atom is descrete

the electons can jump to excited states upon absorbing energy , come back to the perticular state by releasing the energy , which is equal to the difference of the energy of the states, means the energy is having the descrete values only not continuous, etc.

11
the energy levels of atom is quantized

every energy state has certain value of energy

12
the magnetic flux of a closed surface is Zero

e.g is Faraday cage.

13

Speeding charge particle will emit creates the EM wave.

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