Sentences with ESCAPE-VELOCITY
Check out our example sentences below to help you understand the context.Sentences
1
"The escape velocity required to leave Earth's gravitational pull is approximately 11.2 kilometers per second."
2
"To reach escape velocity, a spacecraft needs to overcome the force of gravity acting upon it."
3
"The escape velocity of the Moon is much lower compared to Earth, at about 2.4 kilometers per second."
4
"Achieving escape velocity is crucial for a rocket to break free from Earth's atmosphere."
5
"The concept of escape velocity was first introduced by the physicist Isaac Newton."
6
"Escaping from a black hole's gravitational pull would require exceeding its escape velocity."
7
"A rocket's engines must generate enough thrust to accelerate it to escape velocity."
8
"Satellites in low Earth orbit typically have an average velocity slightly below escape velocity."
9
"Understanding escape velocity is essential in planning space missions."
10
"The escape velocity from Mars is approximately 5 kilometers per second."
11
"Escaping the gravitational field of a massive planet like Jupiter would require a very high escape velocity."
12
"Astronauts on the International Space Station have a velocity close to the escape velocity of Earth's gravity."
13
"The escape velocity from the Sun's gravitational pull is about 617.5 kilometers per second."
14
"Launching a satellite to geostationary orbit requires reaching an escape velocity of about 3.1 kilometers per second."
15
"The escape velocity from a neutron star, which is extremely dense, is incredibly high."
16
"Understanding escape velocity is crucial for calculating trajectories of space probes."
1
"The escape velocity required to leave Earth's atmosphere is approximately 25,020 mph."
2
"A spacecraft must reach a speed of at least 33,000 mph to achieve escape velocity from the Moon."
3
"Scientists are studying ways to reduce the escape velocity needed for space travel to make it more accessible."
4
"Mars has a lower escape velocity compared to Earth, making it easier for rockets to leave its atmosphere."
5
"Calculating the escape velocity of a planet requires knowing its mass and radius."
6
"Satellites in low Earth orbit need to constantly adjust their speed to avoid falling back due to insufficient escape velocity."
7
"A common analogy to explain escape velocity is throwing a ball into the air with enough speed that it doesn't come back down."
8
"Interplanetary missions often make use of gravity assists to reach escape velocity more efficiently."
