It gives a measure of the "flatness" of the rectangle. It is not a measure which is used to any significant extent.
The answer will depend on how the triangle is situated within the rectangle (how many of the triangle's vertices coincide with those of the rectangle), and what other information you have.
It is not possible to answer the question without additional information about the triangle and the rectangle.
An infinite number of squares can be placed within a rectangle.
Sounds like the triangle is spread out so that (the point is at the top of the rectangle) and (the base of the triangle is the same as the base of the rectangle).Base of rectangle = base of triangleHeight of rectangle = height of triangleWrite the formulas:Area of the rectangle = (base) times (height)Area of triangle = (one half of) (base) times (height)Can you see the ratio now ?
It is the ratio of a square within a rectangle and it has artistic beauty
The answer will depend on how the triangle is situated within the rectangle (how many of the triangle's vertices coincide with those of the rectangle), and what other information you have.
It is not possible to answer the question without additional information about the triangle and the rectangle.
Yes, you must drop the ball within the two club lengths and the ball must come to rest within the two club lengths.
An infinite number of squares can be placed within a rectangle.
360 degrees
within or adjacent to trenches
There are an infinite amount of them
Sounds like the triangle is spread out so that (the point is at the top of the rectangle) and (the base of the triangle is the same as the base of the rectangle).Base of rectangle = base of triangleHeight of rectangle = height of triangleWrite the formulas:Area of the rectangle = (base) times (height)Area of triangle = (one half of) (base) times (height)Can you see the ratio now ?
No, a rotating masonry drill bit adjacent to a cable will not create a magnetic field and no it could not disrupt the electrical current within the cable .
It is the ratio of a square within a rectangle and it has artistic beauty
This question is incomplete. There is no specific given information and/or the desired solution is indeterminate. However, the formula to calculate the area within a square is essentially the same as a rectangle. Area = l x w.
If and when two parallelograms are similar, you know that the ratio of two side lengths within one parallelogram will describe the relationship between the corresponding side lengths in a similar parallelogram. If and when two parallelograms are similar, you know that the ratio of corresponding side lengths in the other parallelogram will give you the scale factor that relates each side length in one parallelogram to the corresponding side length in a similar parallelogram.