If p(x) = 5(x^2+1)+16 what is the value of p(11)

To find out how much Carmella needs, divide 25,000 by 6, which yields the answer, with the remainder representing the cents.

Answer: The expression can be factored as  

The factors of are 28 and 1+2t+w.

Step-by-step explanation:

The expression given is

To factor it, we need to identify the common factors.

Given that 56 can be expressed as 2 x 28.

Thus, the expression can be rewritten as

Next, we will factor out 28 from all terms, leading to:

Therefore, the factorization of  

And the factors of   are 28 and 1+2t+w.

What is the specific question? I require the question to provide an answer.

Response:

Detailed explanation:

Considering the given algebraic expression:

The task is to remove the negative exponents and derive the new expression.

Applying the Negative Exponent Rule:

Utilizing the Division Law for Exponents:

Consequently:

Substitute n = 1 into the formula for the nth term, giving you a(1) = 4*1-1, which results in a(1) = 3. Therefore, the first term is 3. The second term will be 7 since you increase by 4 each step, indicated by the common difference of 4. The nth term can thus be expressed as adding 4 to the (n-1)th term, or in formula terms, a(n) = a(n-1) + 4. In summary, the answer is a1 = 3; an = an-1 + 4, corresponding to choice B.