kendalgenevieve
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Determine the limit, if it exists. If not, explain why it does not exist.
lim x approaches -3 of (x^2+6x+9)/(x-3)
lim x approaches -3 of (x^2+6x+9)/(x-3)
The limit as x approaches -3 of the expression (x^2 + 6x + 9)/(x - 3) evaluates to zero. Both the numerator and denominator are continuous at x = -3, and the denominator does not equal zero at this point. The calculation yields a result of 0/-6, confirming that the limit exists and is equal to zero. Therefore, the limit is definitively zero.
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kendalgenevieve said:Determine the limit, if it exists. If not, explain why it does not exist.
lim x approaches -3 of (x^2+6x+9)/(x-3)
Prove It said:The top and bottom are both continuous at x = -3 and the denominator isn't 0 there, so what do you think the limit is?
kendalgenevieve said:When I solved it I got a 0/-6 so would the limit be just zero?