Use Mathematical Induction to prove the sum of Arithmetic Sequences: n n - (a + (j1)d)...

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Use Mathematical Induction to prove the sum of Arithmetic Sequences: n n - (a + (j1)d) = (2a + (n 1)d) j=1 Hint: First write down what P(1) says and then prove it. Then write down what P(k+1) says and prove that using the fact that P(k) is true. P(1) says (a+(j 1)d) = | k+1 P(k+1) says (a+(j 1)d) =| j=1 Write your proof on paper and upload a photo of it Choose File No file chosen 13! Find the value of 4!9! Find the value of 12! 6!6! Expand the expression using the Binomial Theorem: (2x-1)= x+ x+ x3 + x+ Use Mathematical Induction to prove the sum of Arithmetic Sequences: n n - (a + (j1)d) = (2a + (n 1)d) j=1 Hint: First write down what P(1) says and then prove it. Then write down what P(k+1) says and prove that using the fact that P(k) is true. P(1) says (a+(j 1)d) = | k+1 P(k+1) says (a+(j 1)d) =| j=1 Write your proof on paper and upload a photo of it Choose File No file chosen 13! Find the value of 4!9! Find the value of 12! 6!6! Expand the expression using the Binomial Theorem: (2x-1)= x+ x+ x3 + x+