It all depends upon which helicopter you mean:
1 knot ≈ 1.15 mph
A Wessex helicopter had a max speed of 115 knots, meaning it could cover 93 miles in 93 ÷ (115 x 1.15) x 60 mins ≈ 42.16 mins
A Wasp helicopter had a max speed of 120 knots, meaning it could cover 93 miles in 93 ÷ (120 x 1.15) x 60 mins ≈ 40.41 mins
A Sea King helicopter had a max speed of 125 knots, meaning it could cover 93 miles in 93 ÷ (125 x 1.15) x 60 mins ≈ 38.79 mins
A Lynx helicopter had a max speed of 160 knots, meaning it could cover 93 miles in 93 ÷ (160 x 1.15) x 60 mins ≈ 30.31 mins
Those figures are from pre 1980.
A Lynx in 1986 reached 249.1 mph, meaning it could cover 93 miles in 93 ÷ 249.1 x 60 mins ≈ 22.40 mins
An unofficial record of 299 mph by a Sikorsky X2 (compound helicopter) in 2010 means it could cover 93 miles in 93 ÷ 299 x 60 mins ≈ 18.66 mins
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At 65 miles per hours, you are traveling 1/65 miles per minute. The time to travel 60 miles would be 60/65 minutes.
It will take one hour to travel 30 miles.
That is a simple ratio problem. To travel 103 miles going 75 mph, it would be 103 miles/75 miles/hour, which is 1.37333... * 60 minutes which is 82.4 minutes or 82 minutes and 24 seconds precisely.
It depends on speed, but assuming an average of 12mph, about 130 hours
To calculate the time it takes to travel a certain distance at a given speed, you can use the formula: time = distance / speed. In this case, the time it takes to travel 375 miles at 65 miles per hour would be 375 miles / 65 miles per hour = 5.77 hours. Therefore, it would take approximately 5.77 hours to travel 375 miles at 65 miles per hour.