How much force does it take to send a 200lbs object flying?

In summary, the conversation discusses the topic of how much force is needed to launch a 200lbs object hundreds of miles. The question is asked by someone who is not well-versed in physics and is seeking an answer. The key to finding the answer is to ignore air resistance and use equations to determine the velocity needed for the object to travel the desired distance. The method of launching, such as a steam catapult or rail gun, will determine the required acceleration and force needed.
  • #1
Zeromaru
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To continue the title "How much force does it take to send a 200lbs object flying hundreds of miles?"

Anyway, I'm new here and amn't very good at physics but I really need an answer to this question and haven't been able to figure it out by myself. I'm sorry if it's a very stupid question, but as I've said, I'm not very good at this kind of stuff.
 
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  • #2
I will need to ask you what you mean by "flying hundreds of miles". Are you looking for a certain height based on something like an explosion or someone swinging a sledgehammer and so on.
 
  • #3
If you ignore air resistance then firing the object up at an angle of 45 degrees gives maximum range.

You can write two equations, one describing the vertical motion and one describing the horizontal motion. The flight time is obviously the same in both cases so these equations can be solved to find the velocity at which it would have to leave the ramp/ground/launcher in order to go "hundreds of miles".

Then what you do next depends on the launching method. If you are considering something like a navy aircraft carrier steam catapult or rail gun you could work out what acceleration was required to accelerate the object from zero to the required launch velocity over the length of the catapult. Then knowing the acceleration required you could apply one of Mr Newtons equations find the force required.
 

FAQ: How much force does it take to send a 200lbs object flying?

How is force calculated?

Force is calculated by multiplying an object's mass (in kilograms) by its acceleration (in meters per second squared). This is known as Newton's Second Law of Motion: F = m x a.

Is the force needed to send a 200lbs object flying different from that of a lighter object?

Yes, the force needed to send an object flying is directly proportional to its mass. This means that a 200lbs object will require more force to send it flying compared to a lighter object.

Can you provide an example of a force that can send a 200lbs object flying?

An example of a force that can send a 200lbs object flying is a strong kick or punch from a person. The force of the kick or punch would need to exceed the force of gravity acting on the object to send it flying.

Are there other factors besides force that can affect the motion of a 200lbs object?

Yes, there are other factors that can affect the motion of a 200lbs object, such as the object's shape, air resistance, and the surface it is being launched from. These factors can either increase or decrease the amount of force needed to send the object flying.

Can the force needed to send a 200lbs object flying change?

Yes, the force needed to send a 200lbs object flying can change depending on the environment and conditions. For example, launching the object on a slippery surface would require less force compared to launching it on a rough surface with more friction.

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