Accelerating at a rate of (an additional) 32 feet per second, every second. So, for the first second, the object travels at 32 feet per second. A moment later, it's moving at 64 feet per second. By the time three seconds have elapsed, it's going 96 feet per second. At that point, round off to 100 feet per second, divided into 5200, and it's traveling about 1/50th of a mile in one second, or around 50 miles per hour (1/50th of a mile, times 60 seconds, is a little less than 1 mile in a minute, or just less than 60 MPH). Mighty fast. Look up "acceleration constant for falling objects"
As a point of interest there is a stage in which the falling object will not fall any faster than already stated above. This is called Terminal Velocity, when air resistance upon the object equals that of the force of gravity upon the object.
Robert
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32 ft per s per s means that the velocity of an object is changing by 32 feet per second every second. It is a measure of acceleration, indicating how much the speed of the object is increasing each second.
Take 32 ft/s² and break it down into (32 ft/s)/s
It means that every second, the speed of something is increasing by 32ft/s
32 feet per second per second is an example of an acceleration.
the acceleration of gravity on earth at sea level is 32.2 feet per sec per sec
There are 8 (32 divided by 4) 4 oz servings in 32 oz.
32 parts per thousand (ppt) of 650 ml is equal to 20.8 ml.
To convert cm per sec to meters per min, we need to consider that there are 60 seconds in 1 minute. So, 32 cm per sec is equivalent to 32*60 = 1920 cm per min. To convert cm to meters, we divide by 100, so 1920 cm/min is equal to 19.2 meters per minute.
The cost per ounce for the 20-ounce bottle is 8 cents per ounce (1.60 / 20), and for the 32-ounce bottle it's 6 cents per ounce (1.92 / 32). The difference is 2 cents per ounce, making the 32-ounce bottle cheaper.
32 knots is approximately 37 miles per hour.