question\na car travels at a speed of 41 meters/second using 756 joules of energy every second. suppose we…

question\na car travels at a speed of 41 meters/second using 756 joules of energy every second. suppose we know that the car uses 52,700 joules of energy. set up a calculation to find the number of meters the car travels with this amount of energy.\ndrag each tile to the correct location. the tiles can be used more than once.\n52,700 j ×\nj s 1 41 756

question\na car travels at a speed of 41 meters/second using 756 joules of energy every second. suppose we know that the car uses 52,700 joules of energy. set up a calculation to find the number of meters the car travels with this amount of energy.\ndrag each tile to the correct location. the tiles can be used more than once.\n52,700 j ×\nj s 1 41 756

Answer

Explanation:

Step1: Find the time taken based on energy - rate

We know the energy - rate is 756 joules per second and the total energy is 52700 joules. The time $t$ (in seconds) is found by dividing the total energy by the energy - rate. So the factor for time calculation is $\frac{1}{756}\text{ s/J}$.

Step2: Calculate the distance

The speed of the car is 41 m/s. Distance $d=v\times t$. After getting the time $t$ from the previous step, we multiply it by the speed. So the factor for distance calculation is 41 m/s. The calculation setup is $52700\text{ J}\times\frac{1}{756}\text{ s/J}\times41\text{ m/s}$.

Answer:

$52700\times\frac{1}{756}\times41$