You cannot. You can only find a ratio of two or more objects. Then, it can be the ratio of their size, volume, mass, monetary value, temperature - or any other characteristic that can be measured.
subtract 90 from it and find the trig ratio of that and it will be equal to the trig ratio that is over 90 degrees
Cross multiply then solve for the variable.
find the square root.
cross multiply and divide or cross products
You divide the numerator of the ratio by its denominator.
1:2
That is necessary if trying to find an equivalent ratio: not otherwise.
You cannot. You can only find a ratio of two or more objects. Then, it can be the ratio of their size, volume, mass, monetary value, temperature - or any other characteristic that can be measured.
subtract 90 from it and find the trig ratio of that and it will be equal to the trig ratio that is over 90 degrees
Cross multiply then solve for the variable.
The golden ratio can be determined by dividing a line into two parts where the ratio of the whole line to the longer part is the same as the ratio of the longer part to the shorter part. It can also be seen in nature, architecture, and art. Mathematically, the golden ratio is approximately 1.618.
find the square root.
To find a ratio, place one value over the other - 47.1/78.5 = .6 (or 3/4)
cross multiply and divide or cross products
5
Well, isn't that a happy little question! If we have $150,000 to divide in the ratio of 1:3:5, we first add up the parts of the ratio (1+3+5=9) to find the total parts. Then, we divide the total amount by the total parts to find the value of each part ($150,000 รท 9 = $16,666.67). Finally, we multiply this value by each part of the ratio to find out how much each winner will receive ($16,666.67 * 1 = $16,666.67, $16,666.67 * 3 = $50,000, $16,666.67 * 5 = $83,333.33). Happy dividing!