According to Bohr each orbit an electron could travel in had a certain amount of energy associated with it.
Answer:
A. Fluorine
Explanation:
This is because it has the smallest atomic radius.
Answer:
Option A
Explanation:
The correct answer is Option A.
At room temperature, the resistance is equal to 100 ohms.
When the temperature is reduced to 77 K from room temperature, change in the resistance is very less.
The temperature coefficient of the resistivity of most of the metal is small for the metals which are approximately equal 0.01 /K.
hence, Change is only slightly.
I haven't worked on Part-A, and I don't happen to know the magnitude of the gravitational force that the Sun exerts on the Earth.
But whatever it is, it's exactly, precisely, identical, the same, and equal to the magnitude of the gravitational force that the Earth exerts on the Sun.
I think that's the THIRD choice here, but I'm not sure of that either.
It begins at the pinpoint with part vector 3.00 i ^ m. … with constant angular speed 1.50 rad/s in a circle of radius 3.00 m centered at the source.
<h3>How is the constant angular speed determined?</h3>
The angular velocity varies linearly at constant angular acceleration. As a result, for a given period, the average angular velocity is equal to half of the starting plus final angular velocity: -ω=ω0+ωf2. ω - = ω 0 + ω f 2 .
It is assumed that an object has a constant angular velocity when it moves in a circle at the same speed. As a result, when an object is traveling in an angular motion at the same speed, we can say that its angular velocity is constant.
To learn more about constant angular speed, refer to:
brainly.com/question/6860269
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