No. It cannot be. Remember that when you square a negative number it becomes a positive number. Thus all squared deviations are positive and their sum must be positive.
An odd number squared would always equal an odd number and an even number squared would always equal an even
In a normal distribution, approximately 57.5% of the data falls within 0.75 standard deviations of the mean. This is derived from the cumulative distribution function (CDF) of the normal distribution, which indicates that about 27.5% of the data lies between the mean and 0.75 standard deviations above it, and an equal amount lies between the mean and 0.75 standard deviations below it. Therefore, when combined, it results in around 57.5% of data being within that range.
yes......... a metre square is always equal to square metred
yes
Yes, in a normal distribution, the mean is always equal to the median. This is because the normal distribution is symmetric around its mean, meaning that the values are evenly distributed on both sides. As a result, the central tendency measured by both the mean and the median coincides at the same point.
An odd number squared would always equal an odd number and an even number squared would always equal an even
No. They are equal only if the distribution is symmetrical.
No, because the hyponenuse is always longer than the legs, so they are not equal, a squared + b squared = c squared
it equals positive one. one squared is always one. if they're both negative, negative times negative is always positive.
Zero.
Sin squared is equal to 1 - cos squared.
3 squared is equal to 9
yes......... a metre square is always equal to square metred
yes
It is equal to zero in ALL distributions.
-It is symmetrical (mean = median) -It is bell shaped (empirical rule applies) -The interquartile range equals 1.33 standard deviations -The range is appr. equal to 6 stand. dev.
what is 10 squared DOES NOT equal what?