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great... simply explained
Dm/dx =v ye kya relation h?? As a beginner I didn’t get anything
Thanks for making this video
thank you sir
Badiya chauhan sir
Good
Want the answer of the question below :A tensile force of 10kN is applied on a ductile material of length 50 mm due to which the material gets elongated to 52.5 mm, then tensile strain of the material is
Tensile strain will be change in length / original length.(52.5-50)/50= 2.5/50= 0.05
@@civiluptodate1580 thanku👉😉😉
If a tensile stress of 200 N/mm2is applied to a material of 100 mm length and young’s modulus as E = 200 GPa, then elongation is???This also pls
It will be (PL/AE).P/A is tensile stressL is lengthE is young's modulus 0.01 mm will be the elongation.Keep a check on units
@@civiluptodate1580 answer kya hai ?? Isme area nhi Diya hai toh kya karey answer give in full detail.
We need more videos bro
Creator is commenting on his own video
Self motivation
Hahaha
great... simply explained
Dm/dx =v ye kya relation h?? As a beginner I didn’t get anything
Thanks for making this video
thank you sir
Badiya chauhan sir
Good
Want the answer of the question below :
A tensile force of 10kN is applied on a ductile material of length 50 mm due to which the
material gets elongated to 52.5 mm, then tensile strain of the material is
Tensile strain will be change in length / original length.
(52.5-50)/50= 2.5/50= 0.05
@@civiluptodate1580 thanku👉😉😉
If a tensile stress of 200 N/mm2
is applied to a material of 100 mm length and young’s
modulus as E = 200 GPa, then elongation is
???
This also pls
It will be (PL/AE).
P/A is tensile stress
L is length
E is young's modulus
0.01 mm will be the elongation.
Keep a check on units
@@civiluptodate1580 answer kya hai ?? Isme area nhi Diya hai toh kya karey answer give in full detail.
We need more videos bro
Creator is commenting on his own video
Self motivation
Hahaha