Bytelearn - cat image with glassesAI tutor

Welcome to Bytelearn!

Let’s check out your problem:

Divide. If there is a remainder, include it as a simplified fraction.\newline(6n2+15n)÷3n(6n^2 + 15n) \div 3n

Full solution

Q. Divide. If there is a remainder, include it as a simplified fraction.\newline(6n2+15n)÷3n(6n^2 + 15n) \div 3n
  1. Divide Expression: We have the expression to divide: \newline(6n2+15n)÷3n(6n^2 + 15n) \div 3n\newlineFirst, we will divide each term in the polynomial by the monomial 3n3n.\newline(6n2+15n)÷3n=6n23n+15n3n(6n^2 + 15n) \div 3n = \frac{6n^2}{3n} + \frac{15n}{3n}
  2. Divide First Term: Now let's divide the first term:\newline(6n2)/(3n)=6/3×n2/n=2n(6n^2)/(3n) = 6/3 \times n^2/n = 2n\newlineWe simplify 6/36/3 to 22 and n2/nn^2/n to nn.
  3. Divide Second Term: Next, we divide the second term:\newline(15n)/(3n)=15/3×n/n=5(15n)/(3n) = 15/3 \times n/n = 5\newlineWe simplify 15/315/3 to 55 and n/nn/n to 11.
  4. Write Result: Now we can write the result of the division:\newline(6n2+15n)÷3n=6n23n+15n3n=2n+5(6n^2 + 15n) \div 3n = \frac{6n^2}{3n} + \frac{15n}{3n} = 2n + 5

More problems from Divide polynomials by monomials