How to Convert 180 Ton to kN/m?

AI Thread Summary
Converting 180 tons to kN/m is not straightforward since tons represent a force or mass, while kN/m indicates a force distributed over a length. To convert tons to kN, one can use the appropriate conversion factor, but additional information about the length is necessary to express it in kN/m. The discussion highlights the need for clarity on the context of the conversion, particularly in relation to calculating forces on a bridge. Ultimately, the original poster found the answer to their question after further exploration.
Laurine
Messages
5
Reaction score
0
Hello,

can anyone help me to convert 180 ton to kN/m ?
Which formula can you use to convert this?

Thanks!
 
Mathematics news on Phys.org
You can't convert tons to kN/m. kN/m represents a force distributed over a length, while tons can either be an absolute force (or mass).

e.g., 1 metric ton = 1000 kg, while the ton in imperial units is 2240 pounds force (or 2000 pounds force for the so called short ton).
 
Welcome to PF!

I'm sorry, but those two units are not compatible. You can convert tons to kN (google will tell you how), but there is no distance in the first number to convert to meters.
 
Laurine said:
Hello,

can anyone help me to convert 180 ton to kN/m ?
Which formula can you use to convert this?

Thanks!
Hi Laurine. Perhaps you could explain why you would like to do this conversion? --- then someone could help by examining the lead up to this question.
 
NascentOxygen said:
Hi Laurine. Perhaps you could explain why you would like to do this conversion? --- then someone could help by examining the lead up to this question.
Hi everyone,
thanks for the reactions!

Well, we need to discribe the forces on a bridge. In one of the formulas, we need the dead load of the deck. I can only find the selfweight in tons, but the formula demands the unit [kN/m].
So I guess it would be correct if I convert tons in kN and than divide this by the total length of the bridge?

Kind regards
 
Can you post that formula here?
 
NascentOxygen said:
Can you post that formula here?
I'm sorry for my late anwer, but I've found the answer to my question. Thank you!
 
Back
Top