Mean is the average value of the given set of observations. In statistics, we also come across different types of mean such as Arithmetic, Geometric and Harmonic mean. Leant how to find the mean here.
Or maybe you’re looking to refresh your memory for a high school or college math class. Whatever the case,it’s important you know how to find the mean of a data set. We'll explain what the mean is used for in math, how to calculate the mean, and what problems about the mean ca...
Discover how to use a frequency table and learn about the mean, mode and median of a data set. Learn how to find the mean, mode and median from a...
Multiply the Step 2 result by -1 to find the x-coordinate of the minimum or maximum. In 2x^2+3x-5, you would multiply 0.75 by -1 to get -0.75 as the x-coordinate. Plug in the x-coordinate into the expression to find the y-coordinate of the minimum or maximum. You would plug -...
To find the determinant of a matrix in NumPy, use the numpy.linalg.det() method which returns the determinant of a given array. Below is the syntax of numpy.linalg.det() method:np.linalg.det(a) The linalg is a module in numpy where linalg stands for "Linear algebra"....
I have a set of points in N-dimensional space. I want to find out whether they could, in principle, be rotated to lie solely in the positive orthant of space. Is there a property of these points that would guarantee this rotation exists?
found in abundance whereas some of them are radioactive and decay continuously in nature. for example; c-12 is the most abundant isotope of carbon whereas c-14 is a radioactive isotope of it with a half-life of 5500 years. table of contents isotopic mass definition how to find isotopic ...
The TI-84 Plus is one of a series of graphic calculators made by Texas Instruments. In addition to performing basic math functions, such as multiplication and linear graphing, the TI-84 Plus can find solutions for problems in algebra, calculus, physics and geometry. It can also calculate stat...
You can find the circumference of a circle by using the measurement of its diameter, radius or area. The circumference of a circle is the distance around the circle's edge from one point, meeting back at that point. Knowing how to calculate a circle's ci
I can use the above to find representations in the new coordinate system in the case of some simple coordinate system changes - e.g. if I shift the coordinate system in some direction or if I rotate it by some angle $\phi$. But I'm at a loss on how to extend...