Solving for Object's Distance with 6N & 4s

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In summary, the conversation discusses the application of Newton's laws of classical mechanics to determine the distance and acceleration of a 1 kg object under the influence of a 6 Newton force for 4 seconds. It is mentioned that understanding Newton's 1st and 2nd laws is necessary to answer the question.
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jcarver23
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mentor note: moved from classical physics hence no HH template.

I am sure this will not take someone long to figure out. It has been awhile and while I do remember some of my basic physics I can't remember how to tie it all together. So her it is: How far would a 1 kg object travel with 6 Newtons of force applied for 4 seconds (assume friction is 0)?
 
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  • #2
What is the acceleration of the object?
 
  • #3
Your question can be answered if you have understand Newton's 1st and 2nd law of classical mechanics.
What does Newton's 2nd law tell us for the acceleration of the object during the 4seconds that the force is applied on it?
What does the same law tell us for the acceleration after the duration of 4 seconds, when there is no force applied to the object. What does Newton's 1st law tell us for the motion of the object after the duration of 4 seconds?
 

FAQ: Solving for Object's Distance with 6N & 4s

1. How do you solve for an object's distance with 6N and 4s?

To solve for an object's distance with 6N and 4s, you can use the formula d = 1/2at^2, where d is the distance, a is the acceleration (in this case, 6N), and t is the time (4s). Plug in the values and solve for d.

2. What is the unit of measurement for 6N and 4s?

The unit of measurement for 6N is Newtons, which is a unit of force. The unit of measurement for 4s is seconds, which is a unit of time.

3. Can this formula be used for any object's distance?

Yes, this formula can be used for any object's distance as long as the object is experiencing a constant acceleration of 6N and the time is measured in 4 seconds.

4. How do you measure the acceleration of an object?

The acceleration of an object can be measured by using the formula a = (vf - vi)/t, where a is the acceleration, vf is the final velocity, vi is the initial velocity, and t is the time. You can also use a device called an accelerometer to measure acceleration.

5. What other factors can affect an object's distance besides acceleration and time?

Other factors that can affect an object's distance include initial velocity, air resistance, and the presence of other forces acting on the object. These factors may alter the acceleration and therefore affect the object's distance.

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