Hello!

First time I receive an answer from an equation with an unwanted superscript. The answer is simply 0,9048m dont know why it adds superscript of 29/20. File is attahced, its probably just a quickfix.

Thanks in advance!
Composite twin deck.sm (83 KiB) downloaded 34 time(s).

No way the answer can have the unit m. You deliberately apply the exponent 9/20 (0,45) to a value with unit m and multiply that by another quantity of unit m. This definitly must result in units of m^(1+9/20).
If you mean to divide by 12 m instead of just a dimensionless number 12, then you actually have to do it. How can SMath know that otherwise?

Wrote

No way the answer can have the unit m. You deliberately apply the exponent 9/20 (0,45) to a value with unit m and multiply that by another quantity of unit m. This definitly must result in units of m^(1+9/20).
If you mean to divide by 12 m instead of just a dimensionless number 12, then you actually have to do it. How can SMath know that otherwise?

Thank you... Well I am a bit confused since I have made a lot of sheets where I divide something in [m] by a unitless digit and it gives me the answer in meters. But now it has to do with the order it calculates when including a superscript as I understand. Thanks for answer, I will remember this now.

Sometimes, in engineering, you have equations which expect numbers instead of quantities (numbers times units). They come bundled with requirements of what units to use to generate the numbers from the original quantities and what the unit of the result is.

In such cases you can just divide the entry quantities by the required unit and multiply the resulting number by the specified unit. This way you document both the equation and the required units.

The following examples says that H.1 = X/28 * (LT/12)^0,45 if X and LT are entered in m and the result has the unit m.