Units square root of a Newton

[elegysix]

I have a table with several quantities in it, and one of them is $\sqrt{T}$ (T is tension)
I have values for this table, and want to put the units next to the values.
Something seems off to me about doing this, I guess because they're not integers.
Is it correct to say the units are kg^1/2m^1/2s^-1 ?thanks

 

[AlephZero]

I would just call it N^1/2. If you have another column for $T$ labeled with "N", you don't really need to label $\sqrt T$ at all IMO.

 

[NascentOxygen]

I have a table with several quantities in it, and one of them is $\sqrt{T}$ (T is tension)
I have values for this table, and want to put the units next to the values.
Something seems off to me about doing this, I guess because they're not integers.
Is it correct to say the units are kg^1/2m^1/2s^-1 ?

That's a bit clumsy. If you don't have another column already with T, I'd label the √T with "T in N", that's about as informative as you could wish.

 

[elegysix]

Unfortunately I am not the boss and don't get to decide the columns... I was just considering leaving the units off because non-integer powers seem wrong for whatever reason

 

[NascentOxygen]

Unfortunately I am not the boss and don't get to decide the columns... I was just considering leaving the units off because non-integer powers seem wrong for whatever reason

Ah! Marking ...! Probably safer to put some units, there may be a mark allocated.

Nothing to lose by putting in some units.

 

[D H]

I was just considering leaving the units off because non-integer powers seem wrong for whatever reason

While they definitely seem wrong at first blush, they occasionally do appear and they can indeed be valid. For example, the Allan deviations that are widely used in signal processing inevitable have a dimensionality that involves the square root of time.

Newton units are not a standard unit of measurement. Newton (symbol: N) is the unit of force in the International System of Units (SI). It's named after Sir Isaac Newton and is defined as the force required to accelerate a one-kilogram mass by one meter per second squared. In other words, it measures the force needed to cause a 1 kg object to accelerate at a rate of 1 m/s².

Newton units are commonly used in physics and engineering to quantify forces, such as the force of gravity, tension in a rope, or the force applied by a machine.