The escape velocity from the surface of the planet X is 2,249.2 m/s.
<h3>Escape velocity of planet X</h3>
where;
- M is mass of the planet
- r is radius of the planet
- G is universal gravitation constant
Thus, the escape velocity from the surface of the planet X is 2,249.2 m/s.
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The molecules of the perfume diffuse through the room at a certain critical concentration and later are detected by our noses.
Answer:
speed of running
speed of working
speed of learning
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Explanation:
I want to examine the surface of a planet that is covered by a thick atmosphere (which includes oxygen and contains a very thick layer of water clouds that never clears). What wavelength of electromagnetic radiation would I be smartest to use: radar waves.
Radars send out electromagnetic waves much like wireless computer networks and cell phones. The signals are despatched out as short pulses which can be reflected by objects of their route, in part reflecting returned to the radar.
The radio waves travel outward from the antenna at the velocity of light (186,000 miles or three hundred,000 km in keeping with the second) and keep going until they hit something.
Then some of them bounce back in the direction of the antenna in a beam of contemplated radio waves also visiting at the speed of light. the speed of the waves is crucially vital.
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Radio waves. Giant satellite-dish antennas pick up long-wavelength, high-frequency radio waves. ...
Microwaves. Because cosmic microwaves can't get through the whole of Earth's atmosphere, we have to study them from space. ...
Infrared. ...
Visible light. ...
Ultraviolet light. ...
X rays. ...
Gamma rays.