1,000,000/10 = 100,000 minutes
Oh, dude, let me grab my calculator real quick! So, the average person blinks about 15-20 times per minute, which means around 20 blinks a minute, right? So, if you do the math, it would take approximately 50,000 minutes to blink a million times. That's like 34 days of non-stop blinking! But who's counting, right?
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
To calculate how many times 250 goes into 1 million, you would divide 1,000,000 by 250. This division would result in 4,000. Therefore, 250 goes into 1 million 4,000 times.
To calculate how many times 10 can go into 1 million, you would divide 1 million by 10. This division would result in 100,000. Therefore, 10 can go into 1 million 100,000 times.
Yes, on average, a person blinks about 15-20 times per minute, which adds up to around 25,000 times per day. Over the course of a year, this would total around 9 million blinks.
On average, a person blinks about 15 to 20 times per minute. If we take an average of 15 blinks per minute, in 16 hours (which is 960 minutes), a person would blink approximately 14,400 times. If the rate is 20 blinks per minute, that would amount to about 19,200 blinks in the same time frame.
The average person blinks about 15-20 times per minute, which equates to about 21,600-28,800 times per day. In a week, this would result in approximately 151,200-201,600 blinks.
Oh, dude, let me grab my calculator real quick! So, the average person blinks about 15-20 times per minute, which means around 20 blinks a minute, right? So, if you do the math, it would take approximately 50,000 minutes to blink a million times. That's like 34 days of non-stop blinking! But who's counting, right?
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.
On average, a person blinks about 15-20 times per minute. Let's take the higher end and say 20 blinks per minute. In an hour, this would be 20 blinks x 60 minutes = 1200 blinks. In a day, this would be 1200 blinks x 24 hours = 28,800 blinks. In a year, this would be 28,800 blinks x 365 days = 10,512,000 blinks. Therefore, in 90 years, a person would blink approximately 945,120,000 times.
On average, a person blinks about 15-20 times per minute. This equates to roughly 20,000 times per day. Over a year, this would add up to around 7-8 million blinks.
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
On average, a person blinks around 15-20 times per minute. Assuming an average of 17 times per minute, this would amount to around 14,280 blinks per day. Over a typical lifespan of 70 years, this would equate to approximately 371 million 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!