home / unit-converter / linear-distributed-load / n--m-to-lb--in /

Convert Newton Per Linear Meter to Pound Per Linear Inch (n/m to lb/in)

In next fields, kindly type your value in the text box under title [ From: ] to convert from newton per linear meter to pound per linear inch (n/m to lb/in). As you type your value, the answer will be automatically calculated and displayed in the text box under title [ To: ].

From:
To:
Definitions:

Newton Per Linear Meter (abbreviations: N/m, or Npm): is a force in newton applied over a unit length in linear meter.

Pound Per Linear Inch (abbreviations: lb/in, or ppi): is a force in pounds applied over a unit length in linear inch.

<< PrevNext >>

How to Convert Newton Per Linear Meters to Pounds Per Linear Inches

Example: How many pounds per linear inches are equivalent to 68.14 newton per linear meters?


As;

1 newton per linear meters = 0.0057101484172752 pounds per linear inches

68.14 newton per linear meters = Y pounds per linear inches

Assuming Y is the answer, and by criss-cross principle;

Y equals 68.14 times 0.0057101484172752 over 1

(i.e.) Y = 68.14 * 0.0057101484172752 / 1 = 0.38908951315314 pounds per linear inches

Answer is: 0.38908951315314 pounds per linear inches are equivalent to 68.14 newton per linear meters.


Practice Question: Convert the following units into lb/in:


N.B.: After working out the answer to each of the next questions, click adjacent button to see the correct answer.

( i ) 0.85 n/m

( ii ) 66.65 n/m

( iii ) 79.43 n/m



Convert Newton Per Linear Meter to More Linear Distributed Load Units

References
  • Wikipedia
  • USMA
  • NIST

Ask Community

Ask questions and Share knowledge with Community

Find below recent posts for automation solutions with questions and answers by community. You can search in past threads or post new question about your assignment with detailed description, and always could mark your question as request. Sharing knowledge are highly appreciated by answering on others questions, and in return awards will be decided.

× Close
Results: