There are infinitely many possible answers.
Select ANY positive number X and suppose that is the measure of the base.
Let 45/X be the height.
Then the parallelogram with these measures will have an area of 45 square units.
But X can be absolutely any positive real number so there are infinitely many choices for X.
There are infinitely many possible answers. Select any number B and let H = 40/B Then a parallelogram with base B and height H has an area of B*H = B*40/B = 40 square units. Since the choice of B was arbitrary, there are an infinity of possible answers.
The floor and ceiling each have areas of 100 square feet. In order to find the areas of the walls, we need to know the height of the ceiling.
When you change the linear size it changes the areas by the square and the volume of the cube.
Area triangle = 1/2 base x height Area square = length x width = 10in x 10in = 100sq in. Area triangle = area square Therefore: 1/2 x 10in x height = 100sq in height = 100 sq in x 2 / 10 in = 20 in
The floor and ceiling each have areas of 72 square feet.In order to now the area of the walls, we would also need to knowthe height of the ceiling.
1 unit and 40 units 100 units and 0.4 units sqrt(2) units and 20*sqrt(2) units.
There are infinitely many possible answers. Select any number B and let H = 40/B Then a parallelogram with base B and height H has an area of B*H = B*40/B = 40 square units. Since the choice of B was arbitrary, there are an infinity of possible answers.
These are incredibly easy to generate on your own.Do it like this:-- Pick any number at all. That's the base of the parallelogram.-- Divide 40 by your number. That's the height of the parallelogram.-- The area of the parallelogram is 40 square units.
The area of a triangle is half base times height so any triangles whose base times height is 60 units will have an area of 30 square units e.g. base = 10 units, height = 6 units; base = 5 units, height = 12 units; base = 7.5 units, height = 8 units.
base*perpendicular height = area in square units
The floor and ceiling each have areas of 100 square feet. In order to find the areas of the walls, we need to know the height of the ceiling.
Square meters or square centimeters are typically used when dealing with smaller areas, as square kilometers or acres would be impractical for such measurements.
When you change the linear size it changes the areas by the square and the volume of the cube.
Area triangle = 1/2 base x height Area square = length x width = 10in x 10in = 100sq in. Area triangle = area square Therefore: 1/2 x 10in x height = 100sq in height = 100 sq in x 2 / 10 in = 20 in
Square Cm is a unit of Area. Cubic Cm is a unit of volume. You can't change areas into volumes, just as you can't change weight into length. They are different types of measurement. . If you know the size of an area, and if, and only if, that area has a thickness that you can measure, then you can calculate the volume. But, you do not 'convert' it to a volume, you calculate it's volume . To calculate volume you need 3 measurements, length, width, height. To calculate area you need only 2 measurements , length ,and width.
The floor and ceiling each have areas of 72 square feet.In order to now the area of the walls, we would also need to knowthe height of the ceiling.
Sure, honey, let's break it down. Since the flags are similar, their corresponding sides are in proportion. The ratio of their areas is the square of the ratio of their heights. So, if the larger flag's height is 180cm, the smaller flag's height would be 120cm (180cm * sqrt(0.8/5) = 120cm). Voilà!