Visible light represents a very small portion of the electromagnetic spectrum. Radiation to the left in the image, such as micro
waves, has a longer wavelength than visible light. Radiation to the right has a shorter wavelength than is observable.
Which radiation has a higher frequency than visible light?
A) X-Rays
B) Infrared light
C) microwave radiation
D) the frequency of all radiation is the same
Which radiation has a higher frequency than visible light?
A) X-Rays
B) Infrared light
C) microwave radiation
D) the frequency of all radiation is the same
2 answers:
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To solve this problem it is necessary to apply the concepts related to the Period based on gravity and length.
Mathematically this concept can be expressed as
Where,
l = Length
g = Gravitational acceleration
First we will find the period that with the characteristics presented can be given on Mars and then we can find the length of the pendulum at the desired time.
The period on Mars with the given length of 0.99396m and the gravity of the moon (approximately will be
For the second question posed, it would be to find the length so that the period is 2 seconds, that is:
Therefore, we can observe also that the shorter distance would be the period compared to the first result given.