radius = 10.99/(2*pi) = 1.749112825 or about 1.75 units
diameter: you have stated that it is 3.14 radius: half the diameter, therefore 1.57 circumference: pi times the diameter, therefore 3.14 x 3.14 = 9.86 area: pi times the radius squared, therefore 3.14 x 2.46 = 7.72
We had a table with a slab thirty square feet big and an inch thick. I wonder if it was cristal
Faces of cylinder are circular therefore area must be pi*radius*radius That is the formula for the top and bottom faces, the circles. However, the main face, the face connecting the two circles, is really a large rectangle bended to fit with the circles. The height of the rectangle is the same as the height of the cylinder. The width of the rectangle is the circumference of the circle (pi * 2 * radius). The formula for a rectangle is width * height. So, the side face is height of cylinder * circumference of circle (pi * 2 * radius.)
How do I get scratches out of a marble table top?
C=Pi*D C=3.14*48 C=150.72in
The circumference of the TOP of a watermelon is 0.
radius = 10.99/(2*pi) = 1.749112825 or about 1.75 units
We're assuming the table and cloth are round? The cloth is a circle with a diameter of 90 inches - 30 from the floor to the table, 30 more across the table, and 30 more to get back down to the floor. The circumference of a circle is pi times the diameter. Do the math!
yes it is the radius is from one side of the top base of the cylinder to the middle
The atomic radius decreases.
The atomic radius decreases.
30" is the Diameter ~ 18.75*pi = 58.905 sq. ft.30" is the Circumference ~ 18.75/pi = 5.968 sq. ft.
atomic radius decreases from bottom to top of the periodic table.
It tends to increaseThe atomic radius increases down the group
Depend upon size of table, usually 48 inch x 24 inch table top comes in INR 1500 ( Best Quality)
Do you mean, how do you determine the value of pi? Use a compass to draw a circle. Measure the measure the circumference of the circle using a string. Draw the diameter and measure it. The radius is ½ the diameter. pi = Circumference ÷ radius Do this several times and calculate the average. It should be close to 3.14 You could wrap a string around a can and to measure the circumference. Then measure the diameter of the top of the can by finding the longest distance across the top. One problem with this method is the top and bottom of the can is a bit larger than the middle. Circumference divided by diameter