I assume you mean "center of mass". The center of mass is just a position in space; that's not enough information to figure out the area.
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A = Pi(r)2: A circle with a radius of 8 cm has an area of 201.06 square cm.
YOU FUKIIING MORONS GET YOUR AZZ TO WORK AND FIGURE THIS OUT BY YOURSELF FUKIIING BITCES
The area of a right triangle that has legs 7 cm and 4 cm long can be calculated using the fact that a right triangle is half of a rectangle. The area of a rectangle is l*h, so the area of a right triangle is l*h/2. In this case, the area is 14 cm^2.
To find the diameter of a circle with a given area, you first need to calculate the radius using the formula for the area of a circle: A = πr^2. Given that the area is 314 cm^2, you can rearrange the formula to solve for the radius, which would be √(A/π). Plugging in the area, you get √(314/π) ≈ 10 cm. Finally, to find the diameter, you double the radius, resulting in a diameter of approximately 20 cm.
To determine how many glasses can fit on the tray, we first need to calculate the area of the tray and the area of each glass. The area of the tray is 40 cm * 25 cm = 1000 cm². The area of each glass can be calculated using the formula for the area of a circle: π * r², where r = 3.5 cm. Thus, the area of each glass is approximately 38.48 cm². Dividing the total area of the tray by the area of each glass, we find that approximately 26 glasses can fit on the tray.