The heavier it is the stronger the engine has to be. And the stronger the engine the more fuel will it burn. And the more fuel it burns the more fuel has to be carried in the rocket. And the more fuel the rocket has to lift the stronger the engine has to be.
The cost of the launch of a satellite is directly tied to its mass. The heavier the satellite the more fuel and oxidizer and the larger the engine must be.
Total mass: 46,678kg Commaned module: 5,960kg Service module: 24,360kg Lunar module: 16,448kg (descent stage: 11,463kg, ascent stage: 4,985kg)
The main reason we have not sent a spacecraft deep within Jupiter is because of the mass pressure of the planet. Jupiter is a gas giant, so it has no hard surface besides possibly the core. So if we sent any spacecraft there, they would just be crushed by the eminence pressure before we could collect a reasonable amount of data.
cheese is awesome ;)
Large mass starts are blue (when they are young) or Red (when they get old).
The cost of the launch of a satellite is directly tied to its mass. The heavier the satellite the more fuel and oxidizer and the larger the engine must be.
Since the spacecraft's fuel supply is mass, then the mass will decrease whenever the engines are started. If the spacecraft collides with space dust or a rock, then the total mass will increase slightly. Of course, if it's a big rock, the spacecraft may be destroyed in the collision.
It has the same mass as when it is here on earth. The mass of an object do not change when it is in space, or in orbit.
getting the formula of MA mass x acceleration
all things have mass, weight is a function of gravity. it would have no weight as such if it was in orbit, or aboard a spacecraft that was.
determining its mass from its gravitational pull on a spacecraft, satellite, or planet.
The Magellan spacecraft is a robotic space probe and is also known as the Venus Radar Mapper. It has a vehicle launch mass of 2,282 pounds.
Weight in orbit would be equal--Zero. The difference would be mass...
According to the question the mass appears to occupy 1-dimensional space which is not possible. As a result it is not possible to answer the question.According to the question the mass appears to occupy 1-dimensional space which is not possible. As a result it is not possible to answer the question.According to the question the mass appears to occupy 1-dimensional space which is not possible. As a result it is not possible to answer the question.According to the question the mass appears to occupy 1-dimensional space which is not possible. As a result it is not possible to answer the question.
No it was not.
Total mass: 46,678kg Commaned module: 5,960kg Service module: 24,360kg Lunar module: 16,448kg (descent stage: 11,463kg, ascent stage: 4,985kg)
Because In WW1 soldiers were running across trenches and getting constantly getting killed in mass numbers by Machine guns so engineers devices a way to keep soldiers alive, and stop the enemy and destroy their trenches.