(4 questions, 25 points) I know it's a lot, but I really need to get this done! Thank you so much! Identify which of the methods from this lesson (GCF, grouping, difference of squares, or perfect squares) could be used to factor the polynomial. x^2 + 2x + 1 A. This polynomial could be factored by finding the GCF, then by grouping or using the perfect squares method. B. This polynomial could be factored by using the difference of squares method, perfect squares method, or grouping. C. This polynomial could be factored only by using the perfect squares method. D. This polynomial could be factored only by using the difference of squares method. E. This polynomial could be factored by using grouping or the perfect squares methods. F. This polynomial cannot be factored by any of the methods used in this lesson. 2x^3 + 4x^2 + 2x A. This polynomial could be factored by finding the GCF, then by grouping or using the perfect squares method. B. This polynomial could be factored by using the difference of squares method, perfect squares method, or grouping. C. This polynomial could be factored only by using the perfect squares method. D. This polynomial could be factored by using grouping or the perfect squares methods. E. This polynomial could be factored only by using the difference of squares method. F. This polynomial cannot be factored by any of the methods used in this lesson. x^2 – 169 A. This polynomial could be factored by finding the GCF, then by grouping or using the perfect squares method. B. This polynomial could be factored by using the difference of squares method or grouping. C. This polynomial could be factored only by using the perfect squares method. D. This polynomial could be factored by using grouping or the perfect squares methods. E. This polynomial could be factored only by using the difference of squares method. F. This polynomial cannot be factored by any of the methods used in this lesson. x^2 + 5x – 7 A. This polynomial could be factored by finding the GCF, then by grouping or using the perfect squares method. B. This polynomial could be factored by using the difference of squares method, perfect squares method, or grouping. C. This polynomial could be factored only by using the perfect squares method. D. This polynomial could be factored by using grouping or the perfect squares methods. E. This polynomial could be factored only by using the difference of squares method. F. This polynomial cannot be factored by any of the methods used in this lesson.

(4 questions, 25 points) I know it's a lot, but I really need to get this done! Thank you so much! Identify which of the methods from this lesson (GCF, grouping, difference of squares, or perfect squares) could be used to factor the polynomial. x^2 + 2x + 1 A. This polynomial could be factored by finding the GCF, then by grouping or using the perfect squares method. B. This polynomial could be factored by using the difference of squares method, perfect squares method, or grouping. C. This polynomial could be factored only by using the perfect squares method. D. This polynomial could be factored only by using the difference of squares method. E. This polynomial could be factored by using grouping or the perfect squares methods. F. This polynomial cannot be factored by any of the methods used in this lesson. 2x^3 + 4x^2 + 2x A. This polynomial could be factored by finding the GCF, then by grouping or using the perfect squares method. B. This polynomial could be factored by using the difference of squares method, perfect squares method, or grouping. C. This polynomial could be factored only by using the perfect squares method. D. This polynomial could be factored by using grouping or the perfect squares methods. E. This polynomial could be factored only by using the difference of squares method. F. This polynomial cannot be factored by any of the methods used in this lesson. x^2 – 169 A. This polynomial could be factored by finding the GCF, then by grouping or using the perfect squares method. B. This polynomial could be factored by using the difference of squares method or grouping. C. This polynomial could be factored only by using the perfect squares method. D. This polynomial could be factored by using grouping or the perfect squares methods. E. This polynomial could be factored only by using the difference of squares method. F. This polynomial cannot be factored by any of the methods used in this lesson. x^2 + 5x – 7 A. This polynomial could be factored by finding the GCF, then by grouping or using the perfect squares method. B. This polynomial could be factored by using the difference of squares method, perfect squares method, or grouping. C. This polynomial could be factored only by using the perfect squares method. D. This polynomial could be factored by using grouping or the perfect squares methods. E. This polynomial could be factored only by using the difference of squares method. F. This polynomial cannot be factored by any of the methods used in this lesson.

false

step-by-step explanation:

the meaning of changing is to edit or make something different.

but transmitting means cause (something) to pass on from one place or person to another.

there 2 different things

for this case we have that by definition, the volume of a cylinder is given by:

where:

r: it's the radio

h: it's the height

we have as data that:

substituting:

so, the cylinder volume is

option d