The weight is determined by the amount of metal contained in a one foot length of a 4 inch diameter round rod. To find the amount of the aluminum's weight by volume, do the following:
Find the cross-sectional area of the circle at the end of the round rod:
Radius (r) = diameter/2 = (4 inches)/2 = 2 inches
Area (A) = radius(squared) * PI = (2)^2 * 3.14159 = 12.566 square inches
Multiply by the length of the rod:
Volume (V) = Area * Length = 12.566 sq.in. * 12 inches = 150.8 cubic inches
According to the page at
What_is_the_weight_of_one_cubic_inch_of_6061_aluminum
, the weight of one cubic inch of 6061 alluminum alloy is .0975 lb. So multiply the volume of the round rod in cubic inches by this weight:
Total weight (W) = 150.8 cubic inches * .0975 lb. = 14.7 lb. (Answer!)
If you happen to have had an Aluminum bar that was rectangular instead of round, the area would be instead calculated as A= width * height, and all subsequent calculations afterwards would remain the same.
Nothing.
13
The weight of 20mm diameter reinforcement bar is approximately 2.47 kg/m.
The elongation of a uniform bar of length is double the elongation when applied any external load
October 1, 2008. $70,160
There are several websites that sell aluminum bar grating. Local hardware stores may also sell aluminum bar grating.
you can not equate the two kg is weight and a foot is distance. it's like asking how many minutes are in a candy bar
r this question....
The extruded bar would be produced by pushing molten aluminum through a die. Where as the other option for making the bar would be to cast it in a mould. The extruded bar would probably have smoother sides and would be available in longer lengths.
5.40
I assume the 'railings' mean the horizontal bar that often runs on the floor along the foot of the bar. If this is the case, the bar is there so a patron standing or leaning while drinking at the bar can put a foot on it - so the rail is a foot bar.
yes that is how the make them.
Aluminum.
An aluminum bar is 2 m long at a temperature of 20° C. What will be the length of the bar at a temperature of 1000 C
Nothing.
electrons are shared between all aluminum ions in the bar
The weight varies--a couple pounds or so. if you have a bar, the weight of the bar will be printed right on the bar.