Does minus infinity^2 equal infinity?
Does minus infinity^2 equal infinity?
Or if not, what exactly is the result?
[Image removed]
Does minus infinity^2 equal infinity?
Or if not, what exactly is the result?
[Image removed]
I don't know how to calculate chemically stoichiometrically
Hello, Can someone please give me examples of unweighted and weighted graphs (where they could be used in reality)? Best regards
I have a very complicated question, I'll try this example Let's imagine a human bodybuilder with a chest circumference of 107 cm. How wide would this person be if you simply measure from left to right. If you know what I mean, it's like a 2D view from the front. How could one roughly calculate…
Heyy, how would you calculate that, especially b) without a drawing?
Hello friends, Can anyone tell me if these problems (6 – 7) are correct? If not, how do they calculate correctly, and what is the result?
1. Was simplifying the situation correct here? 2. Does it make sense here?
No potencies are defined for infinity (no matter if plus or minus).
But once thought, you would treat infinity like a number x. Then it depends on how to treat the expression.
So it depends on where the minus is and whether there are brackets.
Great, thanks! I added another picture to my question. So after your explanation, it would always be infinite, as the minus is in the clamp with the infinity.
That’s all right. You don’t expect to be infinity, but do a general transformation of (-x)^2 to x^2. This is generally clear. Then x can assume any desired value. It is also beneficial that x is not the same infinity, but goes against infinity. That makes a formal difference.
No. If you introduce a very small (- 10000 is smaller than -100 ) number instead of (- inend)2, then this is fine.
The teacher has already capitulated before the declining cognitive capacity among the pupils that she writes so mathematically false. Because with infinity you cannot deal with a number
.
By the way, the whole can be solved much faster with x^5/x^3 = x^2
Nothing. Infinity is not a number, so you can
not counting. Infinitely minus Infinite is e.g. not zero.
If the spelling comes from your mathematician teacher on the solution sheet in addition to the question, this is rather bitter.
This seems to me to be the educational standard of the present…