A company produces circular drink coasters. The equation x2 y2 = 18. 0625, with units in inches, represents the size of a coaster. Each coaster is cut from a square piece of cardboard. What is the minimum possible area of each cardboard piece? 4. 25 in2 8. 5 in2 18. 0625 in2 72. 25 in2.

Respuesta :

The minimum possible area of the square cardboard will be given as

[tex]a= 72.2\ in ^2[/tex]

What will be the area of the dashboard?

The area of the square is the product of its two lengths.

We have an equation of the circular drink coaster

[tex]x^2+y^2=18.0625[/tex]

Comparing the above equation from the general form of the circle

[tex]x^2+y^2=r^2[/tex]

We can see that from the equation

[tex]r^2=18.0625[/tex]

[tex]r=4.25\ inch[/tex]

Diameter [tex]d=4.25\times 2=8.50[/tex]

The diameter will be the length of the square since the circle is cut from the square.

So the area of the square will be

[tex]a=d\times d=8.50\times 8.50=72.25\ inch^2[/tex]

Thus  the minimum possible area of the square cardboard will be given as  [tex]a= 72.2\ in ^2[/tex]

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