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20th June is the shortest day and longest night and it falls on a Sunday, so have a sleep in!
Yes. Longest day of the year in one hemisphere, and shortest day of the year in the other hemisphere. So our summer solstice on June 21 is the longest day in Europe or America, but the shortest day for the Australians.
An equinox is not the shortest day. It has the same amount of daylight and darkness. The solstices have the longest and shortest days. The winter solstice is the shortest day of the year in terms of the amount of daylight.
The winter solstice.
melbourne
You divide the length of the shortest side by the length of the longest side.
Shortest side -------------------- Longest side
There are an infinite number of different right triangles. The only thing you can say about all of them is:(the square of the length of the shortest side) plus (the square of the length of the next shortest side)is equal to (the square of the length of the longest side)
Largest angle: 93.25 degrees Shortest angle: 37.25 degrees Shortest length: 3.6cm Longest length: 3.6*sin(94.35)/sin(37.25) = 5.93cm to two decimal places
9 in.
The Sides:(The square of the length of the shortest one)plus(the square of the length of the medium one)is always equal to(the square of the length of the longest one)The Angles:One of them is always 90 degrees.The other two always add up to 90 degrees.
Small and big
(The square of the shortest one) + (the square of the medium one) = (the square of the longest one)
Find the average of the two sides (Longest length plus shortest length. Divide this addition by 2). Multiply the result by its height (which is the distance between the longest side and the shortest side).
eon>era>period
The longest side is opposite to angle 94.35 degrees The shortest side of 3.6cm is opposite to angle 37.25 degrees The longest side is 3.6*sin(94.35) divided by sin(37.25) = 5.93cm
We can use pythagoras' theorem to solve this. Make the shortest side, (A), the next longest side (B) and the longest side (C). Then square all the measurements : A2 + B2 = C2. So the length of C will be given to you in a squared number, so simply use the square root of that number for the length. You can then rearrange the formula to get the length of the side you want, if you're not looking for C.