Want this question answered?
standard deviation is the correctiness of reliability of the mean
The true / real standard deviation ("the mean deviation from the mean so to say") which is present in the population (everyone / everything you want to describe when you draw conclusions)
The displacement, from the vertical, of a child on a swing, or a pendulum.
I am sorry to say that Hobbits do not exist in the real world. So Hobbits cannot be mean in real life since they are not in real life.
A standard normal distribution has a mean of zero and a standard deviation of 1. A normal distribution can have any real number as a mean and the standard deviation must be greater than zero.
Measuring Weather Forecasts
standard deviation is the correctiness of reliability of the mean
The true / real standard deviation ("the mean deviation from the mean so to say") which is present in the population (everyone / everything you want to describe when you draw conclusions)
Real case it is sumthing related to reality of life in which the tasks, performance, activities will be carried on. The deviation which we are going to face and coming out of the problems for the solutions from various people
by seeing how far the distance is from the number line
if you are in math class and the teacher asks you a question about it.
The displacement, from the vertical, of a child on a swing, or a pendulum.
A real life example for the absolute value function is a football field. Even though the center of the field is labeled zero, you wouldn't say you ran negative feet if you went backwards..
A real bargain; selling very cheaply.
I am sorry to say that Hobbits do not exist in the real world. So Hobbits cannot be mean in real life since they are not in real life.
A standard normal distribution has a mean of zero and a standard deviation of 1. A normal distribution can have any real number as a mean and the standard deviation must be greater than zero.
The absolute value defines a number's distance from the origin, so in the case of real numbers, is the non-negative value of a number. They are often used for real world applications in math and science, where negative solutions are impossible, especially in geometry, or where they are simply unhelpful, as seen in the case of absolute deviation, a function that finds the amount numbers vary from an average, absolute value is important because only the numbers' distance from the average is wanted.