There are infinitely many rectangles with an area of 30 m2
Choose a width (greater than 0m and less than 30m) then the length will be
length = 30 ÷ width.
For example, if the width was 50 cm, the length would be 60m and the rectangle would have an area of 0.5m x 60m = 30 m2.
If you want all the rectangles of area 30 m2 with whole number of meter sides then:
1m by 30m
2m by 15m
3m by 10m
5m by 6m
Thirty three and a third meters in one direction and thirty three and a third meters in a direction at right angles to the first direction. These are the corners of a square that covers one thousand square meteres.
width is 5 feet
81 square meters 36 m2 / 4 = 9 m per side 9 m x 9 m = 81 m2
Twenty-three and thirty-two hundredths.
the dimensions of a triangle of thirty- two inches is a large number that you can figure out on a calculator. This calculator happens to be your brain. I am a math teacher and that is what I think.
12 by 12 feet
Thirty three and a third meters in one direction and thirty three and a third meters in a direction at right angles to the first direction. These are the corners of a square that covers one thousand square meteres.
56 square feet 56 square feet
width is 5 feet
30 000 m2 Thirty thousand square meters
Answer: 300 m² = 3,229.173 square feet.
81 square meters 36 m2 / 4 = 9 m per side 9 m x 9 m = 81 m2
Twenty-three and thirty-two hundredths.
To find the volume in cubic meters needed to cover 36 square meters, we need to know the desired thickness of the material being used for coverage. The volume can be calculated by multiplying the area (36 square meters) by the thickness of the material in meters.
A linear yard is a unit of lengtn. A square metre is a unit of area. The two units are therefore incompatible.
The area of a circle is πr2 If we use 3.1416 as the value of π, and insert the value of 30 for the radius we get 3.1416 x 900 which gives a result of 2827.44 square metres.
there are no meters in thirty centimeters. the question should be "how many centimeter are in a meter"...