Respuesta :
Look at the formula A = b(h): Area of a rect. = base times height.
In the unusual situation where you'd hold the area constant and vary b and h, then A=bh could be re-written as
A
---- = h or A/h = b. In both cases we'd be working with inverse proportion,
b not direct proportion / variation.
In the unusual situation where you'd hold the area constant and vary b and h, then A=bh could be re-written as
A
---- = h or A/h = b. In both cases we'd be working with inverse proportion,
b not direct proportion / variation.
A direct variation is given by the following formula:
[tex]x \times k = y[/tex]
Direct variation involves multiplying a variable by a constant, k, to equal a variable. This means that both variables increase with each other.
The area of a rectangle is given by the following formula:
[tex]A = bh[/tex]
This is an inverse variation, because if A was a constant, b and h would have to multiply each other to equal the constant, which means that b and h increase and decrease away from each other. This means that you cannot represent this statement as a direct variation.
[tex]x \times k = y[/tex]
Direct variation involves multiplying a variable by a constant, k, to equal a variable. This means that both variables increase with each other.
The area of a rectangle is given by the following formula:
[tex]A = bh[/tex]
This is an inverse variation, because if A was a constant, b and h would have to multiply each other to equal the constant, which means that b and h increase and decrease away from each other. This means that you cannot represent this statement as a direct variation.