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good morning brother

Thanks so much!! It makes sense now. The other one is 2, infinity. :)

Thanks

Good morning/afternoon to you too.

@CPhill But what about the requirement of there being a \(\pm\) outside of every square root?

solutions

There are 21 possible sequences of steps that take the counter form square 1 to square 10.

\(\begin{array}{|r|l|} \hline 1.& (1\ 2\ 4\ 5\ 7\ 8\ 10) \\ 2.& (1\ 2\ 4\ 5\ 7\ 10) \\ 3.& (1\ 2\ 4\ 5\ 8\ 10) \\ 4.& (1\ 2\ 4\ 7\ 8\ 10) \\ 5.& (1\ 2\ 4\ 7\ 9\ 10) \\ 6.& (1\ 2\ 5\ 6\ 9\ 10) \\ 7.& (1\ 2\ 5\ 7\ 8\ 10) \\ 8.& (1\ 2\ 5\ 7\ 10) \\ 9.& (1\ 3\ 4\ 6\ 7\ 9\ 10) \\ 10.& (1\ 3\ 4\ 6\ 7\ 10) \\ 11.& (1\ 3\ 4\ 6\ 9\ 10) \\ 12.& (1\ 3\ 4\ 7\ 8\ 10) \\ 13.& (1\ 3\ 4\ 7\ 9\ 10) \\ 14.& (1\ 3\ 6\ 7\ 9\ 10) \\ 15.& (1\ 3\ 6\ 7\ 10) \\ 16.& (1\ 4\ 5\ 7\ 8\ 10) \\ 17.& (1\ 4\ 5\ 7\ 10) \\ 18.& (1\ 4\ 5\ 8\ 10) \\ 19.& (1\ 4\ 6\ 7\ 9\ 10) \\ 20.& (1\ 4\ 6\ 7\ 10) \\ 21.& (1\ 4\ 6\ 9\ 10) \\ \hline \end{array}\)

its okay :P

we are just helping out the best we can

Good Luck figuring out the rest Link

You’re welcome, sorry wasn’t tryin to compete CreatorRozen

which would give you just x

No, here is the final step to your answer 1x = -20, I’m pretty sure you can take it from here

2.5x - 1.5x what does that give you first of all

i need that currently

it would be -12 - 8

i would have started with moving the right 1.5x to the left then move the left 8 to the right, but i dont know how I could help without giving a answer in someway shape or form

correct me if im wrong