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The total stopping distance T
If a car is speeding down a road at 40 (mph), how long is the stopping distance compared to the stopping distance if the driver
2 answers
asked by
Em
9,364 views
The total stopping distance T of a vehicle is T=2.5x+0.5x^2 where T is in feet and x is the speed in miles per hour. Approximate
2 answers
asked by
Lindsay
5,471 views
The total stopping distance T of a vehicle is shown below, where T is in feet and x is the speed in miles per hour.
T = 2.5x +
1 answer
asked by
A
2,455 views
Use the functions to find the stopping distance on wet pavement and dry pavement for a car traveling at 55 MPH.Identify the
0 answers
asked by
Anonymous
718 views
A. Find the equation of the line of best fit for the given table. (Round to the nearest tenths place.)
B. Use the equation to
1 answer
116 views
predicting the stopping distance for a car traveling 45 miles per hour using this chart
speed stopping (mph) Distance (FT) 55 273
1 answer
asked by
Javen
791 views
The distance required for an emergency stop for a car varies directly as the square of the car’s speed. A car traveling at 50
3 answers
asked by
Elena
1,538 views
you help me solve this problem. but how am i suppose to if i don't know the mass of the car?
on a level road the stopping
1 answer
asked by
anthony
579 views
An automobile travelling with a speed of 60km/hr, can apply brake to stop within a distance
of 20m. If the car is going twice as
3 answers
asked by
Shrawan
987 views
The algebraic relation d= 0.0056s2 +0.14s models the relation between a vehicle's stopping distance d, in metres and its speed
1 answer
asked by
Emme
920 views