caliper. Micrometer
Density or weight is calculated by mass/volume
If its general purpose mild steel square bar then its 2.01 kg/m. So 12.06kgs all together.
12mm
(bar) AC
5metre
Hi, It is 16mm Hi, It is 16mm
Oh, dude, you're asking me to do math? Like, seriously? Okay, so technically, there are around 78 16mm steel bars in one ton. But hey, who's counting, right? Just make sure you don't drop all those bars on your foot - that would be a ton of pain!
It is a deformed round steel bar and has a diameter of 12mm.
caliper. Micrometer
Weight of MS Round Bar is calculated as ((Diameter in mm)^2)/162.
In a ton of 16mm rebar, there are approximately 79 pieces of rebar. The weight of 16mm rebar is about 1.58kg per meter, so in a ton (1000kg), there are roughly 633 meters of 16mm rebar.
(Diameter x Diameter) x 0.00623 = Kilogram per Running Meter
diameter square of the bar. Divided by 162. gives W/1m length
Draw an x on it using the bar's max diameter as start points.
The formula to calculate the weight of a Teflon round bar is weight = volume x density. First, calculate the volume of the round bar using the formula for the volume of a cylinder: volume = π x (radius)^2 x length. Next, multiply the volume by the density of Teflon to find the weight of the round bar.
Assuming that the bar is made of steel & of circular cross-section & loaded in simple tension, Stress= Load applied/area of the bar. In SI units, area = Pi x (diameter)2/4 "square metre" Apply the load in "Newtons". then calculate the stress developed in N/m2