Sentences with phrase «multiplied by the height»

The formula is weight divided by you height squared (that means your height multiplied by your height).

Not exact matches

He asks, for example,»... is it really a coincidence that the height of the pyramid of Cheops [in Egypt] multiplied by a thousand million — 98 million miles — corresponds approximately to the distance between the earth and the sun?..

You could also calculate the area of the base (by multiplying its length times its width in centimeters) and divide this by the height for each tower to get the ratio of base to height.

One can think of the pulse as being like the earlier continuous wave (the «carrier wave»), with that wave's amplitude multiplied by the changing height of the envelope.

• Multiply your body weight (in pounds) by 4.54 • Multiply your height (in inches) by 2.54 • Multiply your age by 5 • If you're a man, add the first two numbers and subtract the third one, then add 5; if you're a woman, add the first two numbers, subtract the third, then subtract 161.

Another quick and dirty way to calculate this figure is to take your height in inches and multiply it by 1.5.

You can calculate your BMI by multiplying your body weight in pounds by 703, dividing by your height in inches and dividing by your height in inches again.

To find the area of a rectangle, for example, students would be given the appropriate formula — multiply the width of the figure by the height — and then expected to practice similar problems on worksheets or homework.

For instance, multiply the height of the impulse wave by 0.382.

Multiply the standard 224 height by 4 and you get 896, using only about 83 % of screen height.

PaulS is partly right, you measure the heights of the people in a room, then you multiply the heights of the Arabs by the population of the Middle East, the average height of the African Americans by the population of Africa, you pretend that your one native American is a proxy for the inuit.

The most impressive part is where Postma (pages 20 - 21) derives the adiabatic lapse rate by considering that the total energy of a parcel of air is the sum of its thermal energy (a function of its heat capacity multiplied by its temperature in Kelvins) plus its potential energy (a function of its height above the Surface).

Then, multiply the repeat measurement by the number of repeats you'll need to determine the working height figure you must use.