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aleksklad [387]
3 years ago
15

What color will a star be with a surface temperature of 5000 6000 K?

Physics
2 answers:
11Alexandr11 [23.1K]3 years ago
6 0
The color of a star would with that surface temperature would be White. Hope this helps. :)
____ [38]3 years ago
6 0

Answer:

The color of a star be with a surface temperature of 5000 6000 K is Yellow.

C is correct option.

Explanation:

According to Wien's displacement law,

The black body radiation will peak at different wavelength due to different temperature.

In mathematical form,

\lambda=\dfrac{2.89\times10^{-3}}{T}

The wavelengths are inversely proportional to the temperature.

According to stellar spectral types

The standard classes

Spectral classes -Temperature - color of stars

M < 3500 K - Red

K - 3500 - 5000 K - Yellow orange

G - 5000 - 6000 K - Yellow

F - 6000 -  7500 K - Yellow white

A - 7500 - 10000 K - white

B - 10000 - 30000 K - Blue white

O - 30000 - 60000 K - Blue

Hence, The color of a star be with a surface temperature of 5000 6000 K is Yellow.

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Answer:

they meet from the girl's original position at: 2.37 (meters)

Explanation:

We need to use the Newton's law, exactly the second law that relate force, mass and acceleration as: F=m*a with this we can get both accelerations; solving for acceleration a=\frac{F}{m}. Now a_{girl}=\frac{5.76}{42.3}=0.14 (m/s^{2}) anda_{sled}=\frac{5.76}{7.93}=0.73(m/s^{2}). Then knowing that they both travel at the same time and assuming that the distance among the girl and the sled is: 15.0-x, so, x=\frac{1}{2}*a_{girl}*t^{2} and15.0-x=\frac{1}{2}*a_{sled}*t^{2}, solving for the time we get:t=\sqrt{\frac{2x}{a_{girl} } } and t=\sqrt{\frac{2*(15.0-x)}{a_{sled} } } with this equations we solving for the x that is the distance between the girl and the sled after the apply the force and we get:\sqrt{\frac{2x}{a_{girl}}} = \sqrt{\frac{2*(15.0-x)}{a_{sled} }. Finally we get:\frac{x}{a_{girl} }=\frac{(15.0-x)}{a_{sled} } and replacing the values we have got:\frac{x}{0.14} =\frac{(15.0-x)}{0.73} so 5.33*x=15-x so x=2.37 (meters).

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A small boy is playing with a ball on a stationary train. If he places the ball on the floor of the train, when the train starts moving the ball moves toward the back of the train. This happened due to inertia

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When a train starts moving forward, the ball placed on the floor  tends to fall backward is an example of inertia of rest. Due to the reason that the lower part of the ball is in contact with the surface and rest of the part is not . As the train starts moving, its lower part gets the motion as the floor starts moving but the upper part will remain as it is as it is not in contact with the floor , hence do not attain any motion due to the inertia of rest simultaneously i.e. it tends to remain at the same place.

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Use the equation for magnetic force on a moving charge to derive the equation for magnetic force on a current carrying wire. Sho
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Answer:

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