To calculate the cross sectional area (CSA) of a cable, you have to use a micrometer to verify its diameter, then divide the diameter by two to get the radius (r). With the radius we can calculate the CSA of the cable.
CSA = pi x r2 (Applicable to solid wires only).
For example:
If a cable is 0.5 cm in diameter, its radius is 0.25 cm.
CSA = 0.196349541 cm2
You will need to decide to how many decimal places it is appropriate to quote your answer.
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You don't. You can calculate iits radius and cross-sectional area but its diameter has insufficient information to calculate its length
It depends on the cross section which may be circular, elliptical, square, rectangular or of a more complex shape.
The cross-section of a cuboid is unified in the shape of a square or a rectangle.
length = volume/cross-section
Simply work out the area of a section of cable.........
It denotes a conductor of 35 square millimetres cross-section.
Basic calculation is: no. of cores x cross-section of one core x 9,6 = copper weight in kg/km e.g. copper weight for cable 4x2,5 = 4 x 2,5 x 9,6 = 96 kg/km This is how cable manufacturers calculate the copper weight. Pls notice that it's valid formula only for cables without screening/shielding. If you know cross-section of screening, you can add that to the formula.
100 kw is the power drawn by the load. to calculate the cable size you need to know the voltage. From that you can calculate the current. this decides the cable size. for example if the voltage is 400Volts then the current flowing in the circuit when the load is 100 KW will be 250 amps. (100,000/400). for 250 amps to flow with out causing excessive heating of the cable the cross sectional area of the copper cable should be 150 sq mm.for a round cross section the diameter will be roughly 15mm.
just not to confuse you, here is the question more clearer: A prism has a cross section that is a regular hexagon The area of the cross section is 10.4m^2. The volume of the prism is 8.84m^2. Calculate the height of the prism.
RM-Conductor of Multiple stranded wires of circular cross section.
Conversion of cable diameter to circle cross-sectional area and vice versa. Scroll down to related links and look at "Conversion of cable diameter to circle cross-sectional area".
This is a technique used by civil and mechanical engineers to calculate the cross section of a geometric figure. It is used to determine the Yield Moment also called My.
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Measure the width and thickness of the strip. Multiply them together to find the cross-section area, and treat it as normal wire of the same cross-section area. For example, 10 mm x 1 mm strip would be used like 10 sq. mm cable.
Volume of prism = area of cross section x length.
Its volume is: cross-section area times its length