Tom and Jerry Space Travel: Calculating Speed & Weight

In summary, Tom and Jerry are on a spaceship traveling in a circular orbit around the Earth, completing one revolution in 12 hours (43200 seconds). To calculate the speed of the spaceship relative to the center of the Earth, one must know the relation between angular velocity and tangential velocity. Additionally, Tom's weight can be calculated while he is in orbit using the homework template, as required by the PF homework rules.
  • #1
TyErd
299
0
Tom and Jerry decide to go space travel. They are in a spaceship traveling in a circular orbit completing one revolution in 12 hrs (43200seconds)

a. Calculate speed of the spaceship relative to the centre of the Earth
b. Calculate Tom's weight while he is in orbit around the Earth.
 
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  • #2
anyone?
 
  • #3
Okay... you should probably show some work... do you know the relation between angular velocity and tangential velocity?
 
  • #4
no i dont.
 
  • #5
Ty: PF homework rules state:
You MUST show that you have attempted to answer your question in order to receive help. You MUST make use of the homework template, which automatically appears when a new topic is created in the homework help forums.
 

1. How is speed and weight calculated in Tom and Jerry Space Travel?

In Tom and Jerry Space Travel, speed is calculated by dividing the distance traveled by the time it takes to travel that distance. Weight is calculated using the formula weight = mass x gravity, where mass is the amount of matter in an object and gravity is the force of attraction between two objects.

2. What is the significance of calculating speed and weight in Tom and Jerry Space Travel?

Calculating speed and weight in Tom and Jerry Space Travel is important because it allows scientists to understand the physical laws at play in the cartoon world. It also helps to determine the feasibility of certain actions and adds a level of realism to the show.

3. How do the laws of physics apply to Tom and Jerry Space Travel?

The laws of physics, such as Newton's laws of motion and the law of gravity, apply to Tom and Jerry Space Travel just as they do in the real world. These laws govern the movement and interactions of objects, and help to explain how Tom and Jerry are able to travel through space.

4. Can the speed and weight calculations in Tom and Jerry Space Travel be applied to real-life scenarios?

While the calculations used in Tom and Jerry Space Travel may not directly translate to real-life scenarios, the laws of physics that govern them can be applied to real-world situations. By understanding these laws, scientists can make predictions and calculations for real-life scenarios.

5. Are there any inconsistencies or discrepancies in the speed and weight calculations in Tom and Jerry Space Travel?

As with any fictional world, there may be some inconsistencies or discrepancies in the speed and weight calculations in Tom and Jerry Space Travel. However, these can often be attributed to the comedic and exaggerated nature of the show and should not be taken as accurate representations of real-life physics.

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