The expression ( \frac{2a^2}{x} ) represents the quantity obtained by dividing ( 2a^2 ) (which means two times the square of ( a )) by ( x ). This can be simplified or manipulated further depending on the context or additional information about ( a ) and ( x ), but as it stands, it is simply a fraction.
The expression 3X divided by X squared can be simplified by dividing the coefficient of X by the coefficient of X squared. In this case, 3X divided by X squared simplifies to 3/X. This is because when dividing by a term with an exponent, you subtract the exponents in the denominator from the exponents in the numerator.
Your expression is this... x2 + y2/x
(a - 2b)(2a - b)
1. Anything divided by itself always equals 1.
Another way of writing X squared divided by 2 is (X^2)/2. This notation represents the expression X squared (X^2) being divided by 2. The use of parentheses helps clarify the order of operations, ensuring that the square of X is divided by 2.
a/2a^2 You can take "a" out of both of those. It leaves you with 1/2a
-b + or - the square root of b squared - 4ac over/divided by 2a
22
4aa-bb fits the special type of polynomial in the form of x**2-y**2 which can be rewritten as (x-y)(x+y) sqrt(4aa) = 2a sqrt(bb) = b (2a-b)(2a+b)
x2 divided by x would simply be x.
The expression 3X divided by X squared can be simplified by dividing the coefficient of X by the coefficient of X squared. In this case, 3X divided by X squared simplifies to 3/X. This is because when dividing by a term with an exponent, you subtract the exponents in the denominator from the exponents in the numerator.
x-1
(2a + b)(a + 3b)
Your expression is this... x2 + y2/x
x2/(-x) = -x.
(a - 2b)(2a - b)
1. Anything divided by itself always equals 1.