Calculate the distance the object fell according to d = 0.5gt^2. In keeping with the scientific order of operations, you must calculate the exponent, or t^2 term, first. For the example from Step 1, t^2 = 2.35^2 = 5.52 s^2. Therefore, d = 0.59.81 m/s^25.52 s^2 = 27.1 mete...
BMI is usually NOT used for bodybuilders, sprinters, long distance runners or anyone else classified as a professional athlete or sportsperson. That’s because these individuals tend to have a higher rate of muscle mass which skews the figures. In the case of endurance athletes, a lack of ...
BMI is usually NOT used for bodybuilders, sprinters, long distance runners or anyone else classified as a professional athlete or sportsperson. That’s because these individuals tend to have a higher rate of muscle mass which skews the figures. In the case of endurance athletes, a lack of ...
BMI is usually NOT used for bodybuilders, sprinters, long distance runners or anyone else classified as a professional athlete or sportsperson. That’s because these individuals tend to have a higher rate of muscle mass which skews the figures. In the case of endurance athletes, a lack of ...
The distance between your college, your home and your place of work really matters. A lot of students waste time in commute from work to home to college. Commute distances do not only take up time but also drain energy. If you know that you’ll be working with your degree, choose a ...
BMI is usually NOT used for bodybuilders, sprinters, long distance runners or anyone else classified as a professional athlete or sportsperson. That’s because these individuals tend to have a higher rate of muscle mass which skews the figures. In the case of endurance athletes, a lack of ...
Let’s say we have two points on a plane: the first point A has the coordinates (x1, y1), and the second point B has the coordinates (x2, y2). We want to calculate AB, the distance between the points. Firstly, let’s build a right triangle with the hypotenuse AB: ...
(squared). Pi is a constant which equals 3.14. R is the radius of the pipe, which is the distance half way across the opening of the pipe and then multiplied by itself. Say that the radius of the pipe is 2 feet, then the area of the pipe would be: A = pi x r^2 or (3.14)...
Variance is a statistical measure that determines the variability or dispersion in a data set. It calculates the distance a random data point is from the mean of the data set. While it may sound similar, but varianceof a sample is not the same as the standard deviation of a sample. Stand...
I made the raster pretty blocky (50 x 50). You could increase the resolution to improve the accuracy of the distance measurements. Here’s how it looks: Now we need to identify the raster cell’s where the points fall. We do this by extracting coordinates frompts2and asking for their ...