Asked by Nate
Two cars travel the same distance. The first car travels at a rate of 37 mph and reaches its destination in t hours. The second car travels at a rate of 54 mph and reaches its destination in 3 hours earlier than the first car.
How long does it take for the first car to reach its destination?
Answer in units of hours.
How long does it take for the first car to reach its destination?
Answer in units of hours.
Answers
Answered by
PsyDAG
Distance = rate * time
Let t = time for first car
37t = 54(t-3)
Solve for t.
Let t = time for first car
37t = 54(t-3)
Solve for t.
Answered by
Kye
37t = 54t-162
-17t = -162
t = 9.52941165
-17t = -162
t = 9.52941165
Answered by
Eric Davis
find an equation of variation where y varies directly as x,and y=7 when x= 3
Answered by
Reisang kasar
Y varies directly as x,i.e x by y equal to 3 by 7
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