You can't it equals 2. You can't it equals 2.
complement of c
Assuming a geometry in which Euclid's Fifth Postulate is considered true... Yes, someone can prove that.
A - B = B - AThis statement is very difficult to prove.Mainly because it's not true . . . unless 'A' happens to equal 'B'.
If you mean 2 plus 2 equals 5 it is possible. 2 plus 2 equals 22 (or it could also be 4 if you want it but must be 22 to make 5...it makes sense) V is the 22nd letter in the alphabet and the roman numeral for V is 5. BOOM! 2 PLUS 2 EQUALS 5!
Cannot prove that 2 divided by 10 equals 2 because it is not true.
You can't it equals 2. You can't it equals 2.
No you can not prove that 9 +10 = 21.
The stressed syllable in the word "improve" is the second syllable, which is "prove."
No, but there is a way to prove that zero equals one.
Using faulty logic.
a0=(a-1\a-1)=a\a=1
Using a calculator
AAS (apex)
SAS
It is extremely difficult to prove things which are not true.
You can't prove it, because it's usually not true.The only time it's true is when x=0 .