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well the volume of the board is 5.54*10.6*199 = 11686.076 cubic cm. and this volume of board weighs 2860 grams. Thus 1 cubic cm of the board would weigh 0.245 grams so the density is 0.245 g/cc
483cm3Multiply 1.8x8.8x30.5 = 483.12 = about 483. Multiply (cm)(cm)(cm) = cm3
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.
So the answer is 2.447357008 x10 -03 g/cm cubed. Explanation: a) 5.54 cm times 10.6 cm times 199 cm = 11686.076 (volume= length times width times height) b) density = mass/volume so 28.6 divided by 11686.076 = 2.447357008 x10 -03
card+board hard+board head+board cup+board
25
volume of board = L * b * h volume = 1.8 X8.8 X 30.5 =483.12 cm ^ 3
well the volume of the board is 5.54*10.6*199 = 11686.076 cubic cm. and this volume of board weighs 2860 grams. Thus 1 cubic cm of the board would weigh 0.245 grams so the density is 0.245 g/cc
skate board
overall diameter 451mm plus or minus 3mm
483cm3Multiply 1.8x8.8x30.5 = 483.12 = about 483. Multiply (cm)(cm)(cm) = cm3
THE RADIUS. For further clarification, message me on my message board. Thanks!
In terms of their areas, Visible Card = Total Card - Picture = 18*11 - 12*7 = 198 - 84 = 104 cm2.
It is 6 inches in diameter located in the center of the board and 9 inches from the top of the board to the center of the hole. For cornhole board design ideas check out: http://www.cornholeace.com/cornhole-board-designs.php
In this case.......... Density = mass in grams/centimeters cubed 5.54 cm * 10.6 cm * 199 cm = 11686.076 cm^3 Density = 28.6 grams/11686.076 cm^3 = 0.00245 grams/cm^3
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.
The weight of a pine is estimated by calculating the board footage of the tree. To do this it is necessary to have the length and circumference of the logs. To find the weight, one will need to multiply the diameter of the small end of the log by the length of the log. This is then multiplied by 0.37. 50.93 is added to this total. This results on the predicted weight in pounds. There are many factors, such as moisture content, that can affect these numbers.