prove this equation.
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Hey mate !!
Here's the answer !!
The equation given above is not of any proof based concept.
It is just a general form of expressing the terms of a quadratic equation.
We know that, a quadratic equation has a degree of 2 in it's equation.
Then it must definitely have both the other degrees also. ( 1 and 0 )
So the coefficients have to be expressed. So to denote the coefficients we have taken the first 3 letters of English Alphabets to denote them.
Hence the general formula for a quadratic equation is :
ax² + bx + c = 0
Where a, b and c are coefficients of the terms. The equation is equated to zero as it is a quadratic equation.
Hope my answer helps !!
Cheers !!
Here's the answer !!
The equation given above is not of any proof based concept.
It is just a general form of expressing the terms of a quadratic equation.
We know that, a quadratic equation has a degree of 2 in it's equation.
Then it must definitely have both the other degrees also. ( 1 and 0 )
So the coefficients have to be expressed. So to denote the coefficients we have taken the first 3 letters of English Alphabets to denote them.
Hence the general formula for a quadratic equation is :
ax² + bx + c = 0
Where a, b and c are coefficients of the terms. The equation is equated to zero as it is a quadratic equation.
Hope my answer helps !!
Cheers !!
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