the circumference of a pencil depends on its size. Also, to a certain degree of accuracy. if you want to know the circumference of the pencil with the lead inside, measure the line exactly in the middle of the circle at the bottom of the pencil and times your answer by pi.
Hope this helps :s
You can use the circumference of the pencil and the circumference formula to find the radius. Set the measured circumference equal to 2pi*radius and solve. I measured it to about .75 of an inch, so: .75=2pi*radius r=.75/2pi
Suppose you are given a bangle and you are supposed to measure the circumference. OK? First place it on a paper fixed to a board. Using a fine pencil mark its boundary outer if outer circumference is required. Now draw one chord. Mark AB. Using protractor draw a line perpendicular to the chord at B. Name as BC. Join AC. Measure AC. Multiply AC by 3.14. You would get the required circumference nearly to the accurate one.
Compasses.Use a pair of compasses, and draw a circle with a radius of the length you wish the hexagon sides to be.Place the point of the compass at any point on the circumference on the circle and - without changing the distance between the pencil and the point, mark the two places where range of the pencil crosses the circumference. go to the marks you made and make two new marks on the circumference where the range of the pencil crosses it. From one of these marks make a sixth mark.Now, join each mark to its neighbours by a straight line.Protractor.Draw a straight line and make two marks on it, as far apart as you wish the sides of the hexagon to be. At each point, centre the protractor and mark where 60º is from the mark on the line. Join the two marks and measure out the length of the side of the hexagon.Repeat the angle-measuring from the two new points, to get the last two angles of the hexagon. Join each mark to its neighbours by a straight line.
pencil is said as pencil in bengali
can a pencil be 5 feet
You can use the circumference of the pencil and the circumference formula to find the radius. Set the measured circumference equal to 2pi*radius and solve. I measured it to about .75 of an inch, so: .75=2pi*radius r=.75/2pi
The height of typical pencil is about 15cm. Laid end to end you would need 66,791,933 to circle the Earth at the equator.
The diameter, or the distance across the circle. So if my diameter was 8, I'd take eight times 3.14 and get... give me a minute... 25.12! (That was done using pencil/notecard) Or, you can find the diameter by dividing the Circumference by Pi.
Suppose you are given a bangle and you are supposed to measure the circumference. OK? First place it on a paper fixed to a board. Using a fine pencil mark its boundary outer if outer circumference is required. Now draw one chord. Mark AB. Using protractor draw a line perpendicular to the chord at B. Name as BC. Join AC. Measure AC. Multiply AC by 3.14. You would get the required circumference nearly to the accurate one.
That would be: Circunference x Height = 9.42 x 4 = 37.68 cubic inches plus 2 x the area of the top circle = 14.13 51.81
The ratio of circumference to diameter is a number called pi, equal to about 3.14159265. If you round this to 3, you are about 4.5% off. This is good enough for mental estimates; for calculations on paper and pencil, or calculator, I would at least use two digits after the decimal point, i.e., 3.14.
A circumference is 4
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is it a pencil.
Pencil is called "ΰ°ͺΰ±ΰ°ΰ°Έΰ°Ώΰ°²ΰ±" (pencil) in Telugu.
Compasses.Use a pair of compasses, and draw a circle with a radius of the length you wish the hexagon sides to be.Place the point of the compass at any point on the circumference on the circle and - without changing the distance between the pencil and the point, mark the two places where range of the pencil crosses the circumference. go to the marks you made and make two new marks on the circumference where the range of the pencil crosses it. From one of these marks make a sixth mark.Now, join each mark to its neighbours by a straight line.Protractor.Draw a straight line and make two marks on it, as far apart as you wish the sides of the hexagon to be. At each point, centre the protractor and mark where 60º is from the mark on the line. Join the two marks and measure out the length of the side of the hexagon.Repeat the angle-measuring from the two new points, to get the last two angles of the hexagon. Join each mark to its neighbours by a straight line.