At 24 frames per second, it is 11 minutes, 3 seconds and 16 frames
Divide 1.5 miles by 45 minutes to get speed in miles per minute. Multiply by 5280 ft/mile to get feet per minute, then multiply by 60 minutes/hour to get to feet per hour. 1.5miles/45 minutes X 5280 feet/mile X 60 minutes/hour = 10,560 feet/hour
Jude ran 500 yards in 2 minutes how much is this in feet per second?
Well, isn't that just a delightful question! To find out how many feet per second they can run, we first need to convert the mile to feet. Since there are 5,280 feet in a mile, the person would run 1,320 feet in 4 minutes. To find their speed in feet per second, we divide the total feet by the total seconds in 4 minutes. So, they would be running at a speed of 5.5 feet per second. Isn't that just a happy little calculation?
270 feet in 10.8 minutes equals 0.284 miles per hour.
Well, isn't that a happy little question! If the snail travels 0.03 miles in 1 hour, we can first find out how many miles it travels in 20 minutes by dividing 0.03 by 3 to get 0.01 miles in 20 minutes. Since there are 5,280 feet in a mile, the snail will travel 52.8 feet in 20 minutes. Remember, there are no mistakes, just happy little accidents!
16mm = 1,6 cm.
5280 feet equal one mile. 5280 x 117 = 617,760 feet of film. 1 minute of film is 90 feet. 617,760 / 90 would be 6864 minutes. 6864 / 60 would be 114.4 hours of film.
The 1982 film "Tron" is 96 minutes. The 2010 film "Tron: Legacy" is 127 minutes.
There is no direct relationship between film and megapixel count. One is analog (film) the other digital. In terms of printing, the best you could expect out of a 16mm negative would be a decent 3 X 4" print, at the very most, and that would be out of a well-exposed, sharp negative. Even small digital files will print better.
1.6cm
1.6 cm
739.2 feet in six minutes at 1.4 mph
It depends on the quality of the film.
110 minutes
1 HOUR
Minutes is the unit of time whereas feet is the unit of length. So, there is no relation between these two.
93253metres