A motor takes Ts to cover the distance ?

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In summary, the time taken by a motor to cover a distance is determined by its speed and the distance it needs to cover. Factors such as traffic, road conditions, and weight can affect this time. To reduce the time taken, the motor's speed can be increased or the distance can be decreased. The relationship between speed and time is inversely proportional. To accurately measure the time taken, a stopwatch or timer can be used to calculate the motor's speed over a known distance.
  • #1
manal950
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Hi

what is the idea for solving this question ?

http://store2.up-00.com/May12/28k31950.jpg
 
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  • #2
What kinematic formula might be relevant?
 
  • #3
The equations of motion under uniform acceleration. You'll get two equations in 'a' and 'initial velocity', from which you can solve for the other variables.
 
  • #4
Ok

then we use this equation

S = ut + 1/2at^2

thanks
 
  • #5


I would approach solving this question by first determining what type of motor is being referenced. Is it an electric motor, a combustion engine, or another type? This information will be important in determining the speed and capabilities of the motor.

Next, I would consider the distance being covered and the time it takes to cover it. This will allow me to calculate the speed of the motor, which is a crucial factor in understanding its performance.

Additionally, I would also look at the image provided in the link to gain a better understanding of the motor and its components. This will help me make more accurate assumptions and calculations.

In order to fully solve this question, I would need more information such as the specific motor model and its specifications. With that information, I could provide a more detailed response and potentially even suggest improvements or modifications to optimize the motor's performance.
 

FAQ: A motor takes Ts to cover the distance ?

How is the time taken by a motor to cover a distance determined?

The time taken by a motor to cover a distance is determined by the speed at which the motor is travelling and the distance it needs to cover. The formula for determining time is distance divided by speed.

What factors can affect the time taken by a motor to cover a distance?

The factors that can affect the time taken by a motor to cover a distance include the speed of the motor, the distance it needs to cover, and any external factors such as traffic or road conditions. The weight of the motor and any additional load being carried can also affect the time taken.

How can the time taken by a motor to cover a distance be reduced?

The time taken by a motor to cover a distance can be reduced by increasing its speed or by reducing the distance it needs to cover. Improving the efficiency of the motor, such as using a more powerful engine or reducing its weight, can also help to decrease the time taken.

What is the relationship between speed and time taken by a motor to cover a distance?

The relationship between speed and time taken by a motor to cover a distance is inversely proportional. This means that as the speed of the motor increases, the time taken to cover a distance decreases, and vice versa.

How can the time taken by a motor to cover a distance be accurately measured?

The time taken by a motor to cover a distance can be accurately measured using a stopwatch or a timer. The motor's speed can be calculated by measuring the distance it covers in a known amount of time. This can be repeated multiple times to ensure accuracy.

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