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Solve this: α2+βχ2=?

Since you didn't assign variables to any of them, it's not solvable lol

 

Especially because it's addition and not multiplication. The equation remains the same.

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Can you solve this mathematic identities (α-β)(α-β) and (α+β)(α-β) ?Then solve this easy factorizations 3x+12 and 4x2 +25.And for those who completed this have an equation then (3-x)(2x+1).That's for high school students,I am from Greece and we know to solve these things:there are too easy.Comment if you found any result.

Edited by peter2003tankist

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Solve this: α2+βχ2=?

If you can solve this ,I am sure that you can solve my excersise.But I don't like Maths.My favourite subjects are Geography and History.You should solve this .

Edited by peter2003tankist

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Can you solve this mathematic identities (α-β)(α-β) and (α+β)(α-β) ?Then solve this easy factorizations 3x+12 and 4x2 +25.And for those who completed this have an equation then (3-x)(2x+1).That's for high school students,I am from Greece and we know to solve these things:there are too easy.Comment if you found any result.

There is nothing to solve here. Everything you wrote was an expression, not an equation.

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Can you solve this mathematic identities (α-β)(α-β) and (α+β)(α-β) ?Then solve this easy factorizations 3x+12 and 4x2 +25.And for those who completed this have an equation then (3-x)(2x+1).That's for high school students,I am from Greece and we know to solve these things:there are too easy.Comment if you found any result.

First one: Those are variables lol, but I'll see what I can do. How's this? α^2 - 2αβ + β^2

Second one: 3(c + 4) Common factoring.

Third one: Cannot be factored with real numbers. This would be a difference of squares if it were 4x^2 - 25. Then, the answer would be (2x + 5)(2x - 5).

Fourth one: -2x^2 + 5x + 3. If you want this to be factored too, then it becomes (-x + 3)(2x + 1).

 

Stop bragging lol

Edited by mydoom.exe
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First one: Those are variables lol, but I'll see what I can do. How's this? α^2 - 2αβ + β^2

Second one: 3(c + 4) Common factoring.

Third one: Cannot be factored with real numbers. This would be a difference of squares if it were 4x^2 - 25. Then, the answer would be (2x + 5)(2x - 5).

Fourth one: -2x^2 + 5x + 3. If you want this to be factored too, then it becomes (-x + 3)(2x + 1).

 

Stop bragging lol

I just asked from you to do something.Do you have problem with that?That's also for everyone who liked. :huh: :o

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There is nothing to solve here. Everything you wrote was an expression, not an equation.

 

There is nothing to solve here. Everything you wrote was an expression, not an equation.

At least say if you have found something.

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