Top best answers to the question «How much momentum does a spaceship carry rocks have»
Answer: it has the same momentum as an empty spaceship traveling at the same velocity.
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A spaceship carrying rocks has _____. less momentum than an empty spaceship more momentum than an empty spaceship no momentum the same amount of momentum as an empty spaceship
How much momentum does a spaceship carrying rocks have? A. It has no momentum. B. It has less momentum than an empty spaceship traveling at the same velocity. C. It has more momentum than an empty spaceship traveling at the same velocity. D. It has the same amount of momentum as an empty spaceship traveling at the same velocity.
A spaceship carrying rocks has _____. more momentum than an empty spaceship. If traveling at equal velocities, which object would have the most momentum? a bowling ball. OTHER SETS BY THIS CREATOR. Rosetta Stone Spanish Level 2 lessen 4 Student Workbook 38 Terms. abbywarner77.
Not much of a difference. Although Mount Everest is tall, it is small in comparison to the Earth. The total energy needed to get 1 kg of mass into orbit from a mountain on the equator would be 3 ...
There are two types of collisions to consider: elastic and inelastic. In an elastic collision the kinetic energy of the colliding body can change but the total kinetic energy of the system remains the same. In an inelastic collision, kinetic energy is not conserved but conservation of momentum is.
A rocket works by exchanging momentum. Both the mass of the propellant and the high velocity of its exit from the engine system give the rocket its momentum.
While outer space does contain gas, dust, light, fields, and microscopic particles, they are in too low of a concentration to have much effect on spaceships. As a result, there is essentially zero friction in space to slow down moving objects. Unlike ships in water, a ship in space does not need constant thrust to keep moving forward.
An object can be moving for 60 seconds and still have zero displacement.
Not everything can take the harsh conditions of space, but some materials have proven to excel in that environment. 1. Kevlar. Kevlar is more frequently associated with its use in bulletproof garments for the military and police. This material has several properties that make it ideal for use in spacecraft.