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!
To calculate the length of 16mm film needed for seven minutes, it's important to know the film's running speed. Typically, 16mm film runs at 24 frames per second, which translates to about 40 feet of film for one minute. Therefore, for seven minutes, you would need approximately 280 feet of 16mm film.
16mm = 1,6 cm.
The length of a feature film is typically measured in minutes rather than feet, but traditionally, films shot on 35mm film stock were often measured in feet. A standard feature film is usually around 90 to 120 minutes long, which translates to approximately 8,100 to 10,800 feet of film. However, with the advent of digital cinema, this measurement has become less relevant, as films are primarily distributed and viewed in digital formats.
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.
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.
The 1982 film "Tron" is 96 minutes. The 2010 film "Tron: Legacy" is 127 minutes.
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