A certain fully charged electric car can run for 5.7 hours at 70 miles per hour. What is the maximum distance the fully charged electric car can travel at 70 miles per hour?(1 point)
Responses
3,960 miles
3,960 miles
399 miles
399 miles
39.9 miles
39.9 miles
350 miles
To calculate the maximum distance the fully charged electric car can travel at 70 miles per hour, we multiply the speed by the time:
Distance = Speed x Time
Distance = 70 miles/hour x 5.7 hours
Distance = 399 miles
Therefore, the maximum distance the fully charged electric car can travel at 70 miles per hour is 399 miles.
To find the maximum distance the fully charged electric car can travel at 70 miles per hour, we need to multiply the time it can run at that speed by the speed itself.
Given that the car can run for 5.7 hours at 70 miles per hour, we can multiply these values to find the distance:
Distance = Time * Speed
Distance = 5.7 hours * 70 miles per hour
Distance = 399 miles
Therefore, the maximum distance the fully charged electric car can travel at 70 miles per hour is 399 miles.
To find the maximum distance the fully charged electric car can travel at 70 miles per hour, we can use the formula: Distance = Speed x Time.
Given that the car can run for 5.7 hours at 70 miles per hour, we can substitute these values into the formula:
Distance = 70 miles/hour x 5.7 hours
Calculating the distance:
Distance = 399 miles
Therefore, the maximum distance the fully charged electric car can travel at 70 miles per hour is 399 miles.