Answer:
The equation that can be used to determine m, the number of minutes it will take the helicopter to reach the hospital is .
Step-by-step explanation:
We are given that a medical rescue helicopter is flying at an average speed of 172 miles per hour toward its base hospital. At 2:42 p.m., the helicopter is 80 miles from the hospital.
As we know that the Distance-Speed-Time formula is given by;
Here, Distance = 80 miles
Speed = 172 miles per hour
Time = m (the number of minutes)
Firstly, as we can see that the speed is in miles per hour but the time is in minutes, so we will convert the time in hours, i,e;
Time =
So,
m = 27.91 ≈ 28 minutes.
Hence, it will take 28 minutes for the helicopter to reach the hospital.
Divide 14/18 then divide 16/20. 14 divided 18 is .777 while 16 divided by 20 is .80. Therefore Trey did better.
Angle IAK is 28 degrees.
the line I intersects to parallel running lines. I is 180 degrees. there is an angle given to you which is 62. that angle is also the angle for the where line DE intersect with line IJ. so if line IJ is total 180. minus the 62 angle. is 118. line DE and line KL intersect at a 90 angle. so 118 minus 90 is 28. therefore 28 is the answer to the angle IAK.
i hope this all made sense and helped you (: