Uncertainty Calculation for 6mV Input on Linear Force Measuring Device

[pinkcashmere]

Homework Statement

A nominally linear electrical output force measuring device has the following manufacturer
specifications:

Input range : 0-100 lbf
Full Scale output : 30mV

Temperature effect on:
Zero 0.002 % full scale/degrees Fahrenheit
Span 0.002 % of reading/degrees Fahrenheit

The device is used in an environment where the ambient temperature is not controlled
and can vary between 50 and 95°F.

For an input of 6mV, what are the uncertainties from these effects?

Homework Equations

The Attempt at a Solution

I am supposed to be getting +0.015/-0.012 as the answer but I don't know what I should do to get this. I have tried 0.002 % of 100, 30 , 60 but nothing is working

 

[Mark44]

Homework Statement

A nominally linear electrical output force measuring device has the following manufacturer
specifications:

Input range : 0-100 lbf
Full Scale output : 30mV

Temperature effect on:
Zero 0.002 % full scale/degrees Fahrenheit
Span 0.002 % of reading/degrees Fahrenheit

Can you elaborate a bit on what these mean?

The device is used in an environment where the ambient temperature is not controlled
and can vary between 50 and 95°F.

For an input of 6mV, what are the uncertainties from these effects?

I'm confused. Above you say that the input range is 0 - 100 lbf (pound feet?), and the max output is 30mV. Just above you say that the input is 6mV. Do you have the inputs and outputs switched?

Homework Equations

The Attempt at a Solution

I am supposed to be getting +0.015/-0.012 as the answer but I don't know what I should do to get this. I have tried 0.002 % of 100, 30 , 60 but nothing is working