12
Chat with our AI personalities
In 3 complete turns, there are a total of 12 right angles. This is because each turn consists of 4 right angles (90 degrees each), and 3 complete turns would have 4 x 3 = 12 right angles in total. This can be calculated by multiplying the number of turns by the number of right angles in each turn.
Oh, dude, you're really testing my math skills here. So, in one complete turn, you have four right angles because a full circle is 360 degrees. If you do three complete turns, that's like doing 3 times 4, which equals 12 right angles. So, like, there are 12 right angles in 3 whole complete turns.
Well, honey, in 3 complete turns, you've got yourself a grand total of 12 right angles. Each turn has 4 right angles, and 3 turns multiplied by 4 angles equals 12. Simple math, darling.
whole crop harvested in one week
That refers to the measure of the angle. In general, angles that are "wider" have a higher number of degrees. 360 degrees is a whole turn; 90 degrees is a quarter turn, so 87 degrees is a bit less than that.
Take your percent, 41% and move the decimal two places, right to turn it into a "whole number". Your answer is 0.41
anything to the left of the decimal is a whole number (# > 1). anything to the right of the decimal is not a whole and therefore a fraction (# < 1). .6667 = 6667/10000 (number ends on the 10000th place to the right of the decimal) so, 2.6667 is 2 and 6667/10000. or... (whole # x (denominator)) + numerator) = numerator = 2 (10000) +6667 = 26667 --------------------------------------------------------------------------------------------------------- denominator remains the same... = 10000 so, 2.6667 = 2 and 6667/10000 = 26667/10000
8,100 is the ratio of 8,100 to 1 . That's about as rational as you can get.The definition of a rational number is:A number that you can write as the ratio of two whole numbers.It also turns out that if you can write a number out completely with digits,then it's a rational number.