Yes. If the variance is less than 1, the standard deviation will be greater that the variance. For example, if the variance is 0.5, the standard deviation is sqrt(0.5) or 0.707.
No, because there is an infinite number of possibilities smaller from the larger gives
a femto second is 1000 times smaller 10-15 an atto second is 1000000 times smaller 10-18 According to current thinking, one Planck time = 5.39 * 10-44 seconds is the smallest unit of time that it will ever be possible to measure.
0.25 is smaller than 0.5. 0.5 times 0.5 equals 0.25. I hope this answer serves you well. Oh, and by the way have you ever been on Pottermore.com? It's a very fun website in the world of Harry Potter. Oh, gotta go TTYL!
if the number is in the ones place what ever number that is the first from the right example: the number is 798,415 and the seven is underlined you change all the numbers behind to a zero and there you have it!
never ever ever!
No. Neither the standard deviation nor the variance can ever be negative.
Yes; when the variance is one.
No.
Examples of statistics include averages (such as mean, median, mode), dispersion (such as range, variance, standard deviation), probability distributions, correlation coefficients, and hypothesis testing.
Yes. You would round it up or down as with any other number.
no
They've had them in standard ever since they were made in 1967
No, but the chances are smaller when it is cold out.
No.
No, because there is an infinite number of possibilities smaller from the larger gives
divide 24 in to what ever the time is
that is the dumbest question ever