There are infinitely many possible answers:
Area of square = 1, area of rectangle = 136.5
A(s) = 2, A(r) = 135.5
A(s) = 3, A(r) = 134.5
and so on, until you get to
A(s) = 137, A(r) = 0.5
Then you start with A(s) with one non-zero decimal place:
A(s) = 0.1, A(r) = 137.4
and continue.
When you get to the end, you start back at the beginning, adding another non-zero decimal digit.
And another digit, infinitely many times.
There are infinitely many possible answers:
Area of square = 1, area of rectangle = 136.5
A(s) = 2, A(r) = 135.5
A(s) = 3, A(r) = 134.5
and so on, until you get to
A(s) = 137, A(r) = 0.5
Then you start with A(s) with one non-zero decimal place:
A(s) = 0.1, A(r) = 137.4
and continue.
When you get to the end, you start back at the beginning, adding another non-zero decimal digit.
And another digit, infinitely many times.
There are infinitely many possible answers:
Area of square = 1, area of rectangle = 136.5
A(s) = 2, A(r) = 135.5
A(s) = 3, A(r) = 134.5
and so on, until you get to
A(s) = 137, A(r) = 0.5
Then you start with A(s) with one non-zero decimal place:
A(s) = 0.1, A(r) = 137.4
and continue.
When you get to the end, you start back at the beginning, adding another non-zero decimal digit.
And another digit, infinitely many times.
There are infinitely many possible answers:
Area of square = 1, area of rectangle = 136.5
A(s) = 2, A(r) = 135.5
A(s) = 3, A(r) = 134.5
and so on, until you get to
A(s) = 137, A(r) = 0.5
Then you start with A(s) with one non-zero decimal place:
A(s) = 0.1, A(r) = 137.4
and continue.
When you get to the end, you start back at the beginning, adding another non-zero decimal digit.
And another digit, infinitely many times.
There are infinitely many possible answers:
Area of square = 1, area of rectangle = 136.5
A(s) = 2, A(r) = 135.5
A(s) = 3, A(r) = 134.5
and so on, until you get to
A(s) = 137, A(r) = 0.5
Then you start with A(s) with one non-zero decimal place:
A(s) = 0.1, A(r) = 137.4
and continue.
When you get to the end, you start back at the beginning, adding another non-zero decimal digit.
And another digit, infinitely many times.
area of a square
Rectangle area, square metre = (rectangle length, metre) x (rectangle width, metre)
the area of a rectangleis 100 square inches. The perimeter of the rectangle is 40 inches. A second rectangle has the same area but a different perimeter. Is the secind rectangle a square? Explain why or why not.
The formula is for a square and rectangle is A=bh or A=lw
It depends on which rectangle!
area of a square
Area of a square/rectangle=its length × its width
Rectangle area, square metre = (rectangle length, metre) x (rectangle width, metre)
the area of a rectangleis 100 square inches. The perimeter of the rectangle is 40 inches. A second rectangle has the same area but a different perimeter. Is the secind rectangle a square? Explain why or why not.
The formula is for a square and rectangle is A=bh or A=lw
Rectangle
It depends on which rectangle!
yes
a square
Area of a rectangle in square units = length*width
Yes. For example, a 4x4 square would have an area of 16 units squared. A 2x8 rectangle would also have an area of 16 units squared. Also, every rectangle is a square too though every square is not a rectangle. So, a 4x4 square is also a rectangle which means both have the same area.
The area of rectangle is : 45.0