Weight = {(3.1416 (0.025)^2) / 4 }* 7850 kg/m^3 * 1m = 3.85336 kg/.
bar modeling is math
It is 0.98 with a bar over the 98.
pictographs have pictures bar graphs have bars
the bar in life means an acceptable way of life, living above the bar means you do not stray or lower your standards of living or how you treat other people
The "fraction bar" that we usually call it is actually called the vinculum.
3.85
5/8"
(Diameter x Diameter) x 0.00623 = Kilogram per Running Meter
Type your answer here... 3.85
Formula for steel bar weight per meter = D2/162 where D is diameter of bar
Weight of MS Round Bar is calculated as ((Diameter in mm)^2)/162.
DxD/162 this is the formula for finding unit weight of steel
Extreme Steel bar is known as re-bar ( Reinforcing Bar), with two longitudinal and transverse ribs on the diameter of Bar.
=D^((D^2/162) L) D^2 = Diameter of the rod L = Length of the rod
For Mild Steel Bars: Diameter (in inches): 1/4" Weight per foot: 0.167 lb/ft Diameter (in inches): 3/8" Weight per foot: 0.376 lb/ft Diameter (in inches): 1/2" Weight per foot: 0.668 lb/ft Diameter (in inches): 5/8" Weight per foot: 1.043 lb/ft Diameter (in inches): 3/4" Weight per foot: 1.502 lb/ft Diameter (in inches): 1" Weight per foot: 2.670 lb/ft For High-Strength Deformed (HSD) Steel Bars (commonly used in construction): Diameter (in millimeters): 8 mm Weight per meter: 0.395 kg/m Diameter (in millimeters): 10 mm Weight per meter: 0.617 kg/m Diameter (in millimeters): 12 mm Weight per meter: 0.888 kg/m Diameter (in millimeters): 16 mm Weight per meter: 1.579 kg/m Diameter (in millimeters): 20 mm Weight per meter: 2.467 kg/m Diameter (in millimeters): 25 mm Weight per meter: 3.853 kg/m
unit wt of reinforcement bar can be obtained in kg/ meter by d*d/162.162 where d is the dia of bar The formula is based on the density of rebar 490 lb/cft
0.618