Answer:
T = 5516.63 seconds
Explanation:
Given that,
The International Space Station is orbiting at an altitude of about 370 km above the earth's surface.
Mass of the Earth,
Radius of Earth,
We need to find the period of the International Space Station's orbit. It is a case of Kepler's third law. Its mathematical form is given by :
R = r + h
So, the period of the International Space Station's orbit is 5516.63 seconds.
Shield volcanoes are typically tall and broad, with flat, rounded shapes. They typically have a 5°-10° slope, and are typically made by lava flowing at a low viscosity (lava flowing easily), and their broad profile is typically built with flow after flow of relatively basaltic lava issuing from vents or fissures on the surface.
I hope this helps, I got a bit confused on the composition part as well.
<span>Refrigerator - Contains Induction motor in compressor.
</span><span>Toys - DC motors.</span>
Explanation:
These electromagnetic waves have a very small wavelength, smaller than air molecules, hence are highly prone to interference by the atmosphere when observed from the earth’s surface. Therefore there would be huge distortions to the signals carried by these waves hence rendering them unsuitable for studying space. This is why it is needed that satellites that study in the X-ray and gamma rays spectrum of electromagnetic waves are launched into space. On the other hand, examples of electromagnetic waves with relatively longer wavelength to pass through the atmosphere with little or no interruption is microwave and radio waves.
When the piece of metal blundered into the air-core coil, it changed the inductance of the coil.