what is the weight of 8mm dia steel with 1 meter length.
Is there any formula to calculate the weight for any given
diameter
Answer Posted / mohsin uddin jafri
The standard formula for calculating the weight of a steel
rod of any Diameter is {[(D^2)/(162)]*L}.
Where; D is diameter of Rod
L is length of Rod whose weight is to be
calculated.
Ususlly L doesnt come but putting L in formula is very
useful for calculating the weight of total length of a bar.
If in formula L doesnt come than the weight of the rod is
of one meter length.
For Example:
To calculate the weight of 8 mm dia bar of 1 meter length.
={(D^2)/(162)*L}
={(8^2)/(162)*1}
={(64)/(162)*1}
={0.4*1}
=0.4 kg
Similarly calculate the weight of bar of any Diameter.
Is This Answer Correct ? | 671 Yes | 113 No |
Post New Answer View All Answers
why we create short columns under grade slab?
Formula for calculation volume of essentric footing
what does the grad of cement shows (denotes)?
what is the effect of duration of earth quake on framed structures ?
What is the release of lien?
how to calculate valuation for the old building?
Water filter calculation formula
PLS.......... ANY ONE CAN FORWARD ME PREVIOUS QUESTION PAPER hpcl civil engg
Define What does civil status mean?
"how can we find the approximate quantity of materials using in a building or total Expenditure in percentage for rough estimate after known the construction area(sqm)".please if you know something about that please post the answer.
What was asked in isro civil interview
03. a. The water cement ratio for achieving maximum strength of concrete is…… 1 b. Water/ cement is inversely proportional to-------------- 1 c. Increasing the slump decreases the strength: True / false 1
Is there any course for billing available in Mumbai? If yes then please mail me the details..
how to diffenentiate the fixed beam and simply supported beam in the execution while reading the drawing and how the reinforcement detail will be differ for the above.
In a beam,stirrups are placed closely at ends than at centre due to shear.similarly where would ties be closer to each other-at center or at ends in a column and slab.