Differentiating Variables with Subscripts on the HP-50g

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SUMMARY

The discussion focuses on entering the Distance Formula into the Equation Solver on the HP-50g calculator. The user, Pianoman, seeks a method to subscript variables for clarity. A solution is provided, indicating that using distinct variable names such as x1, x2, x3, and x4 allows the HP-50g to treat them as independent variables, thereby resolving the confusion associated with subscripting.

PREREQUISITES
  • Familiarity with the HP-50g calculator
  • Understanding of the Distance Formula in physics
  • Basic knowledge of variable representation in mathematical equations
  • Experience with the Equation Solver functionality on the HP-50g
NEXT STEPS
  • Explore advanced features of the HP-50g calculator
  • Learn about variable management in HP-50g programming
  • Research mathematical functions available in the HP-50g Equation Solver
  • Study best practices for organizing equations in scientific calculators
USEFUL FOR

Students, educators, and professionals using the HP-50g calculator for physics and mathematics, particularly those looking to enhance their equation-solving capabilities.

Pianoman14
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Hi,

First: Hello, Physics Forums (this is my first post)!

Now to business.

I am trying to enter the Distance Forumula:

m = sqrt([x2-x1] + [x2-x1])

into the Equation Solver on the HP-50g. However, I cannot find a way to subscript variables. Of course, I could just enter,

m= sqrt ([A2-B1] + [C2-D1])

but that makes things a little confusing. Is there a way to subscript variables, and have them act independently?

Thanks,
Pianoman
 
Last edited:
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Pianoman14 said:
Hi,

First: Hello, Physics Forums (this is my first post)!

Now to business.

I am trying to enter the Distance Forumula:

m = sqrt([x2-x1] + [x2-x1])

into the Equation Solver on the HP-50g. However, I cannot find a way to subscript variables. Of course, I could just enter,

m= sqrt ([A2-B1] + [C2-D1])

but that makes things a little confusing. Is there a way to subscript variables, and have them act independently?

Thanks,
Pianoman

You can simply use x1, x2, x3, and x4 -- the calculator will treat them as separate variables.
 
Thank you!
 

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