Answer :
Final answer:
The total time required to cover a distance of 250 miles at a speed of 75 miles per hour is x = 10/3 hours
Option (B) is true.
Explanation:
Given information:
Speed of the Ford Raptor = 75 miles per hour
Total distance to be covered = 250 miles
We need to calculate the total time required to cover the distance of 250 miles.
We can use the speed-distance-time formula, where:
Speed (S) = 75 miles per hour
Total distance (D) = 250 miles
Total time (T) = x (what we want to find)
According to the formula:
Speed (S) = Total distance (D) / Total time (T)
75 = 250 / x
Now, solve for x (total time):
x = 250 / 75
Simplify the fraction:
x = (10 * 25) / (3 * 25)
Further simplify by canceling out common factors:
x = 10 / 3
So, the total time required to cover a distance of 250 miles at a speed of 75 miles per hour is x = 10/3 hours, or approximately 3.33 hours.
Learn more about Physics here:
https://brainly.com/question/32123193
#SPJ3
The time required for a Ford Raptor travelling at 75mph to travel 250 mile is 10/3 hours.
The speed of the Ford Raptor traveling is 75 mi per hour
Total distance to be covered is 250 mile
We need to calculate total time required to cover the diatance of 250 miles
Total time can be found by using the speed distance formula
As per the formula
speed = total distance covered / total time taken
Let total time be x
75 = 250/x
x = 250/75
x = 10/3
Therefore, the time taken for a Ford Raptor travelling at 75mph to travel 250 mile is 10/3 hours.
To learn more about proportions refer here
https://brainly.com/question/1496357
SPJ1
