1,000,000/10 = 100,000 minutes
2
A minute is a measurement of time. A light minute is a measurement of distance. it's the distance light would travel in one minute. (That's about 10 million miles!)
(1 million) / (100,000) = 10 times
it would be 1 million centimeters long, because 1 times a million is one million
To solve, simply divide one million into one trillion (1,000,000,000,000/1,000,000). The answer would be one million.
If what you mean is one million times a million the answer would be 1,000,000,000,000 * * * * * The correct number but that was not the question! The answer to the question is 12 zeros.
If a person blinks an average of 16 times a minute, then in 90 years it would be 756,864,000 times
the average amount of blinks per minute for a human eye is 25 It depends on the person and the situation. We need to blink a few times a minute, much less than we typically do. Blinking is more frequent when nervous.
Well having tried it I reckon the fastest I can blink is about 4 times a second. If this is the case it would take me (constantly blinking) 2.9 days to blink 1000000 times.
960 blinks
17 times
The average person tends to blink between 10 and 30 times per minute. Therefore, taking an average of 20 blinks per minute, this would mean 1200 blinks per hour (20 x 60) and lets say the average person is awake for 14 hours a day (we don't blink in our sleep) then on average we blink 16,800 (1200 x14) times a day!
700 blinks per hour x 16 hours per day x 7 days per week = 700 x 16 x 7 = 78400 Therefore, you would blink 78,400 times.
9 days, 22 hours, 5 minutes and 43 seconds...
A million minutes...
A trillion dollars at a million [a] minute will take a billion minutes = 1901.3 years (approx).
42 times in one minute
A minute is a measurement of time. A light minute is a measurement of distance. it's the distance light would travel in one minute. (That's about 10 million miles!)