Relative Velocity. First off, we have to make an assumption that will apply throughout this article. We have to assume, for this article, that the bullet in question has the same velocity as the train (although in reality, most bullets travel faster than a train).. If you are in the front compartment of a train that is standing still, and you shot a bullet traveling at 1000 …
On the moon, the acceleration due to gravity is about a = 1.622 m/s 2. So we can use that fact and find the velocity necessary for a bullet to be in orbit just above the moon's surface: That's ...
will a bullet go into Orbiting of the moon « Reply #13 on: 02/06/2007 23:48:23 » To go into a 'proper' orbit, once you have reached a suitable altitude, you need to fire your engine again and change direction (more or less tangential) or you will crash back into the moon / earth (etc.) after having followed an ellipse.
Relative to yourself, the bullet still gets 500 m/s muzzle velocity. Relative to your shooting range on earth, it now flies at over 8000 m/s thanks to the ISS's 7600 or so m/s orbital velocity. Please don't aim at the ISS while conducting this experiment. Most small arms likely won't harm the station, but it's terribly impolite. 533 views
Moon Gravity . The acceleration due to gravity on the surface of the moon is called the moon gravity. The value of Moon's gravity = 1.62 ms-2. Value Of g on Moon. The value of g is calculated as: Mass of moon = 1/ 80 (1.2%) of Earth's mass = 7.342 x 10 22 kg. Moon's radius = 1.74 x 10 6 m. Using the formula. g = GM/r 2
Gun: Yes. The oxidizer is within the gun powder, so a gun will fire in the vacuum of the Moon. The bullet will travel significantly farther, because it will fall slower and there will be no air resistance. How fast can a railgun shoot in space? 2,500 m/s. Are Railguns illegal? A railgun is not a firearm as defined by the ATF.
Because, even at these speeds, it would take the bullet roughly 10 hours (not counting the effects on speed of gravity from earth or moon) to reach the moon. So you'd basically need to shoot 10 hours before the moon enters the sights of your gun. This is called "leading" and is need in order to hit moving targets. How fast can a bullet ...
The moon's escape velocity is about 2.38 km/s, but a bullet typically travels at only about 1 km/s. So take cover – even in this case, what goes up must come down! How fast does a bullet slow down?
Bullet. The World Book Encyclopedia. New York: World Book, 1998. "The velocity (speed) of rifle bullets varies between 600 and 5000 feet (180 and 1500 meters) per second. Some bullets can hit targets as far away as 6000 yards (5000 meters)." 180–1500 m/s. Petzal, David E. "How fast is a speeding bullet."
So eventually the bullet would lose the momentum it originally had like throwing a ball out of the moon roof of your car, at first it's in sight but we in the car have constant propulsion, (gas pedal) the ball loses its drive to keep up with the car… It's going to fall fast and hit the ground, but not right where it was thrown up…
On the moon, the acceleration due to gravity is about a = 1.622 m/s 2. So we can use that fact and find the velocity necessary for a bullet to be in orbit just above the moon's surface: That's...
How fast would a bullet travel in space? If you were to fire a gun in space, what would happen to the bullet? At 9000km altitude, escape velocity is about 7.1km/s. A rifle's muzzle velocity is around 1km/s, so a bullet fired from a stationary position would either be caught in an orbit or eventually fall to Earth, depending on the direction ...
A bullet fired straight up on Earth, assuming there's no wind, might still be able to reach a maximum height of around three kilometers …
A simplified model consisting of a single straight line is to be obtained for the variation of pressure inside the 10-mm-diameter barrel of a rifle as a 20-g bullet is fired. Knowing that it takes 1.6 ms for the bullet to travel the length of the barrel and that the velocity of the bullet upon exit is 700 m/s, determine the value of p0.
Best Travel Insurance Companies. Covid-19 Travel Insurance. ... If you performed that experiment on the Moon, if the bullet went up at 1,500 miles per hour, then no matter what angle you fired it ...
Kinematic equations relate the variables of motion to one another. Each equation contains four variables. The variables include acceleration (a), time (t), displacement (d), final velocity (vf), and initial velocity (vi). If values of three variables are known, then the others can be calculated using the equations. This page demonstrates the process with 20 sample problems and …
There's no atmosphere on the moon to slow down the bullet, plus there is only 1/6th the gravity, so the normal bullet trajectory will be different with less gravity trying to pull the bullet to the ground. Firearm cartridges contain a "smokeless" propellant, not (black) "gunpowder".
Would a bullet escape the Moon? So, neglecting air resistance, the bullet will go about 6 times farther on the Moon than on Earth. The moon's escape velocity is about 2.38 km/s, but a bullet typically travels at only about 1 km/s. So take cover - even in this case, what goes up must come down! Can a bullet leave Earth?
I couldn't find any specs. on Moon escape vel. or orbital vel. so all I can contribute is the rifle side of the equations. A REALLY, REALLY fast rifle bullet will travel 4200 ft/sec. (1285.7m/sec). Most travel substantially slower. On the Moon, it would go some what faster due to the very low (nonexistant) atmospheric density.
Simply divide the total circular distance traveled by the bullet by the tangential velocity of the bullet (which we found previously). d = 2 π ( 1737.4 × 10 3 m) = 1.092 × 10 7 m To find time: t = d v = 1.092 × 10 7 m 1680 m/s = 6498 s Thus, it would take around 6500 seconds to hit you in the back. Share Improve this answer
A bullet is one of the fastest things you can think of. It's so fast you can't really dodge it, and you can't even see it flying through the sky. In fact, bullets move at about 2,600 feet per second. Just imagine looking 2,600 feet (that's 792 meters) into the distance. That's how far a bullet would travel in just one second!
The moon's escape velocity is about 2.38 km/s, but a bullet typically travels at only about 1 km/s. So take cover - even in this case, what goes up must come down! This page was last updated on September 20, 2015. The Moon Mechanics Gravity Calculations Kate Becker
By far, the fastest mission to fly past the Moon was NASA's New Horizons Pluto mission. This mission had a speedy launch, with its Atlas V rocket accelerating it to a a speed of about 16.26 km ...
There's also a .45 AutoRim designed for revolvers. Since the .45 ACP is rimless, you may need to use half-moon clips to fire them in revolvers. Or, you can manually eject the used cases. Factors Affecting Bullet Speed (Muzzle Velocity) Muzzle velocity is the speed at which the projectile leaves the barrel.
Would a bullet fire on the Moon? Gun: Yes. The oxidizer is within the gun powder, so a gun will fire in the vacuum of the Moon. The bullet will travel significantly farther, because it will fall slower and there will be no air resistance. That can't happen on the Moon. How fast does a bullet come down if shot straight up? around 150 miles per ...
A bullet cannot travel at high speeds long enough to escape the Earth's gravitational pull. Actually, he missed it. It is theoretically possible to shoot a bullet onto the moon, but practially not. The bullet would have to resist large acceleration, and a pass through the atmosphere at a very high speed.
The moon's escape velocity is about 2.38 km/s, but a bullet typically travels at only about 1 km/s. Could a bullet reach the Moon? Yes. An ordinary gun would work on the Moon; modern gunpowder contains its own oxidizer, meaning it does not require atmospheric oxygen to ignite. However, there are some major problems with firing a gun on the Moon.
This additional contribution by gravity means the bullet can be going faster when it hits the ground than it was when it left the muzzle of the gun. So: instantaneously after firing, the speed of a bullet in space and on earth should be the same. The effect of drag on the bullet will slow it down on earth, which the bullet would not feel in ...
Bullet shape and the spin from rifling also influence the trajectory slightly by reducing air resistance and stabilizing bullet orientation. That is why a 500 grain rifle bullet, for example, has a much better trajectory than a 500 grain ball from a …
Armstrong and Aldrin are the first to walk on the moon. April 1971 - Salyut, a crewed orbiting space lab, is launched by the Soviet Union. 1972 - NASA's Space Shuttle program formally begins in ...
If the masses are M bullet and M gun, we must have M bullet V bullet =M gun V gun since the total MV must be zero and they move in opposite directions. For example, a 40 gram bullet with a speed of 500 mph when fired from a 2 kg (2000 grams) gun: …
However, in the real world, gravity isn't the only thing effecting the bullet. In the real world, there's also air resistance. When gravity pulls on the bullet, it's always pulling it towards the ground, regardless of whether that is speeding up or slowing down the bullet. But when air restistance effects the bullet, it ALWAYS slows it down.