That depends on the dimensions of each one, and exactly
what point you push on, and in what direction you push.
The Triangle must have a base the dimension of the side of the square, the hypotenuse must also be the same length as the side of the square. Then lay the triangle onto the square so the base is exactly over one side of the square and the opposing point is touching the squares opposite side. The triangle covers 1 of the segments of the square and the uncovered parts make up the other 2. Am I even close?
Two unspecified measures are not enough to determine the area of a triangle.
One inch of rain over one square foot is 1/12 cubic foot of water. A cubic foot of water weighs about 62.4 pounds. 1/12 of that is about 5.2 pounds.
You would firstly have to know the mesurements of your triangle, including the height.. Then you do baseXheight divided by two... that gives you the square footage in the triangle. Then, you take one poit of your triangle as the center of your circle. The ray would be 7 metres. To get the square footage of a circle you have to do PIXsquareR...
To make a triangle fold it diagonally vertex to vertex To make a rectangle fold it side to side To make an irregular pentagon fold over one corner without touching the opposite corner
This question needs more clarification - "turn over" needs defined better. That being said, this most likely depends on the orientation and type of triangle. If the triangle is equilateral and rests on its base, it will be easier to turn over than the square because there is less mass toward the top, making it easier to turn it onto it's other side. If it were an isosceles triangle resting on one of it's longer sides, it would be more difficult to turn over because there would be mass around which to turn the outside of the triangle. In any case, as stated above this will ultimately depend on the definition of "turn over," the size and the type of triangle.
The Triangle must have a base the dimension of the side of the square, the hypotenuse must also be the same length as the side of the square. Then lay the triangle onto the square so the base is exactly over one side of the square and the opposing point is touching the squares opposite side. The triangle covers 1 of the segments of the square and the uncovered parts make up the other 2. Am I even close?
Two unspecified measures are not enough to determine the area of a triangle.
Because the square contains all angles 90 degrees and an equilateral triangle has all angles 60 degrees
the power button on your psp is located on the side over by the circle,square, triangle, and x buttons.
One inch of rain over one square foot is 1/12 cubic foot of water. A cubic foot of water weighs about 62.4 pounds. 1/12 of that is about 5.2 pounds.
a cheat for ps3 is to unlock everything is at the main menu press <, triangle, down, <, triangle, square, <, square, triangle, down, >, square, <, up, square, > please try it it really really really works i tried it u kno how sum people lie I'm not caus its stupid so try it please this sign is over p.s print this page or write it down to save paper
It can be, because if your hands are to close together, you are isolating muscles, make it harder to lift. If the weight is distributed over a wider range of muscles, or stronger muscles, the lift is easier.
Take a corner of the triangle and fold it over so that the corner is not over the rest of the triangle.
A triangle with one angle over 90 degrees is an obtuse triangle.
The company Garmin has a blue triangle in its logo, with the triangle over the 'N' in the 'IN' of the Garmin name.
There are 49,152 pennies in a cubic foot. That's a little over 300 pounds of pennies.