how much time does it take for a rocket to leave the earth's atmosphere and enter the space?

Answer 1

That depends on your angle of ascent, your acceleration and your velocity.
The higher the number of all three of those, the shorter the time to reach the "end" or "edge" of the atmosphere.

Answer 2

5 or 10 minutes. Not long at all. You only need to go up about 50 to 100 miles to reach space. The boundary is fuzzy; there is no exact altitude where the air ends and the vacuum of space starts, the air just gets thinner and thinner as you go up. The unofficial boundary of space is 100 kilometers, which is about 62 miles. All rockets are in space long before they get up to orbital speed. They go pretty fast, so they cover that 62 mile distance quickly.

Answer 3

Philosophically, there must be a time when it is in the atmosphere, and a time when not. If you take the latest possible time for it to be in the atmosphere, and the earliest possible time for it to be not, the difference between the two is infinitely small.

Answer 4

Based on the saturn V rockets used in the apollo missions, about 17 minutes, based on classified NASA data.

Answer 5

Yes, it depends on the acceleration of the craft to reach the speed necessary to break out of the atmosphere.

Answer 6

>>Itis properly commonly used that to depart the earth's gravitational tension the area commute needs to be despatched up on a rocket at severe velocity.<< The commute would not depart Earth'd gravitational tension. it is the stability between Earth's gravity and the commute's velocity that helps it to proceed to be in orbit. >>The question is while the area commute is re-getting into the earth's gravitational effect and atmosphere, why does it could accomplish that at great severe velocity.<< as a results of fact slowing down is extremely confusing. It takes the two stable rocket boosters plus each and all the gas interior the exterior tank plus a splash kick from the orbital manoeuvring engines to get the commute as much as that velocity. Slowing it severely could require fantastically much as plenty gas returned, and it could not carry that plenty. despite if it ought to, it could basically not sleep as a results of fact it is going so speedy. the 2nd it slows down even truly it starts off to drop decrease back to Earth and hits the better atmosphere. that's hw re-get right of entry to is completed: the orbital manoeuvring engines hearth to sluggish the commute truly so it drops into the better atmosphere. something of the fee is bled off through friction with the air. >>it is this great severe velocity that led to the burning up and disintegration of Columbia. What did the NASA human beings learn from it.<< They found out which you should layout a spacecraft that may not in possibility of bits falling off and unfavourable the thermal secure practices equipment. >>in my opinion, such severe speeds at the instant are not required to re-enter the earth's atmosphere.<< With the final appreciate, your opinion is irrelevant, and franlkly it is sort of conceited to declare your iopinion in regard to a equipment designed and geared up through people who've been engaged on spacecraft systems for a protracted time and make their residing doing it. Do you surely think of that if there substitute right into a conceivable thank you to hold a spacecraft decrease back to Earth without hitting the better atmosphere at severe velocity and producing extensive temperatures and aerodynamic forces that they does not easily be employing it through now? definite, re-get right of entry to is risky, even though it remains the final thank you to get living house that there is.

Answer 7

Most of them are 9 minutes.The Saturn V took 17 minutes.

Answer 8

Depends on velocity and location launch,the equator is best to launch from.

Answer 9

10minutes