Consider the equation?2−13?+36=0x2−13x+36=0, which sets a quadratic expression equal to zero.Part AWhich, if any, special factoring pattern could be used in finding the factorization of the expression?Perfect Square Trinomial of a sum:?2+2??+?2=(?+?)2a2+2ab+b2=(a+b)2Perfect Square Trinomial of a difference:?2−2??+?2=(?−?)2a2−2ab+b2=(a−b)2Difference of Squares:?2−?2=(?+?)(?−?)a2−b2=(a+b)(a−b)Sum of Squares:?2+?2=(?+??)(?−??)a2+b2=(a+bi)(a−bi)None of theseEnter the Letter of your choice here (just the letter, as a capital, no periods or spaces): Part BIf the expression matches one of the patterns, what are the values for the?aand the?bused in that pattern?(For?a, enter both the coefficient and variable; for?b, enter the constant; if no pattern applies (answer E, above), enter "n/a" with no quotes)The value for?ais given by the expression .The value for?bis given by the constant .Part CWhat is the factored form of the expression? (enter without spaces)The factored form of the expression is given by Type the same factored expression again: Part DWhat is the solution to the equation?(Enter as either a single number or as two numbers separated by a comma and with no spaces. Solutions with imaginary numbers should be entered as integer?ior (fraction)?i; e.g. a solution of?=−2?x=−2ior?=2?x=2iwould be entered as?={x={-2i,2i}}, while an answer of?=−12?x=−12ior?=12x=12i would be entered as?={x={-(1/2)i,(1/2)i}}. Note the use of parentheses, that the sign is outside of and in front of them, and that the i is outside of and after them and that there are no spaces.)The solution to the equation is?={x={ } The value for b is given by the constantPart CWhat is the factored form of the expression? (enter without spaces)The factored form of the expression is given byType the same factored expression again:Part DWhat is the solution to the equation?(Enter as either a single number or as two numbers separated by a comma and with nospaces. Solutions with imaginary numbers should be entered as integeri or (fraction)i; e.g.2i would be entered as xa solution of x =-2i or x ={-2i,2i}, while an answer of%3Dx = -i or x = i would be entered as a = {-(1/2)i,(1/2)i}. Note the use ofparentheses, that the sign is outside of and in front of them, and that the i is outside ofand after them and that there are no spaces.)%3DThe solution to the equation is a = {} Consider the equation r-13x+36=0, which sets a quadratic expression equal tozero.Part AWhich, if any, special factoring pattern could be used in finding the factorization of theexpression?A. Perfect Square Trinomial of a sum: a? + 2ab +b² = (a +b)²2B. Perfect Square Trinomial of a difference: a? – 2ab+ b = (a – b)²C. Difference of Squares: a2 - b = (a + b)(a – b)D. Sum of Squares: a? + b? = (a + bi)(a – bi)%3D-E. None of theseEnter the Letter of your choice here (just the letter, as a capital, no periods or spaces):Part BIf the expression matches one of the patterns, what are the values for the a and the bused in that pattern?(For a, enter both the coefficient and variable; for b, enter the constant; if no patternapplies (answer E, above), enter "n/a" with no quotes)The value for a is given by the expression

Question

Consider the equation?2−13?+36=0x2−13x+36=0, which sets a quadratic expression equal to zero.Part AWhich, if any, special factoring pattern could be used in finding the factorization of the expression?Perfect Square Trinomial of a sum:?2+2??+?2=(?+?)2a2+2ab+b2=(a+b)2Perfect Square Trinomial of a difference:?2−2??+?2=(?−?)2a2−2ab+b2=(a−b)2Difference of Squares:?2−?2=(?+?)(?−?)a2−b2=(a+b)(a−b)Sum of Squares:?2+?2=(?+??)(?−??)a2+b2=(a+bi)(a−bi)None of theseEnter the Letter of your choice here (just the letter, as a capital, no periods or spaces): Part BIf the expression matches one of the patterns, what are the values for the?aand the?bused in that pattern?(For?a, enter both the coefficient and variable; for?b, enter the constant; if no pattern applies (answer E, above), enter &#34;n/a&#34; with no quotes)The value for?ais given by the expression  .The value for?bis given by the constant   .Part CWhat is the factored form of the expression? (enter without spaces)The factored form of the expression is given by  Type the same factored expression again: Part DWhat is the solution to the equation?(Enter as either a single number or as two numbers separated by a comma and with no spaces. Solutions with imaginary numbers should be entered as integer?ior (fraction)?i; e.g. a solution of?=−2?x=−2ior?=2?x=2iwould be entered as?={x={-2i,2i}}, while an answer of?=−12?x=−12ior?=12x=12i would be entered as?={x={-(1/2)i,(1/2)i}}. Note the use of parentheses, that the sign is outside of and in front of them, and that the i is outside of and after them and that there are no spaces.)The solution to the equation is?={x={ } The value for b is given by the constantPart CWhat is the factored form of the expression? (enter without spaces)The factored form of the expression is given byType the same factored expression again:Part DWhat is the solution to the equation?(Enter as either a single number or as two numbers separated by a comma and with nospaces. Solutions with imaginary numbers should be entered as integeri or (fraction)i; e.g.2i would be entered as xa solution of x =-2i or x ={-2i,2i}, while an answer of%3Dx = -i or x = i would be entered as a = {-(1/2)i,(1/2)i}. Note the use ofparentheses, that the sign is outside of and in front of them, and that the i is outside ofand after them and that there are no spaces.)%3DThe solution to the equation is a = {} Consider the equation r-13x+36=0, which sets a quadratic expression equal tozero.Part AWhich, if any, special factoring pattern could be used in finding the factorization of theexpression?A. Perfect Square Trinomial of a sum: a? + 2ab +b² = (a +b)²2B. Perfect Square Trinomial of a difference: a? – 2ab+ b = (a – b)²C. Difference of Squares: a2 - b = (a + b)(a – b)D. Sum of Squares: a? + b? = (a + bi)(a – bi)%3D-E. None of theseEnter the Letter of your choice here (just the letter, as a capital, no periods or spaces):Part BIf the expression matches one of the patterns, what are the values for the a and the bused in that pattern?(For a, enter both the coefficient and variable; for b, enter the constant; if no patternapplies (answer E, above), enter &#34;n/a&#34; with no quotes)The value for a is given by the expression

Accepted Answer

Given that: x2-13x+36=0