prove by using induction. Prove by using induction. If r is a real number with r...

prove by using induction. Prove by using induction. If r is a real number with r not equal to 1, then for all n that are integers with n greater than or equal to one, r + r^2 + ....+ r^n = r(1-r^n)/(1-r)

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Colby Messinger answered 5 months ago

Prove using the principle of mathematical induction: (i) The number of diagonals of a convex polygon...

Prove using the principle of mathematical induction: (i) The number of diagonals of a convex polygon with n vertices is n(n − 3)/2, for n ≥ 4, (ii) 2n < n! for all n > k > 0, discover the value of k before doing induction

Use induction to prove Let f(x) be a polynomial of degree n in Pn(R). Prove that...

Use induction to prove Let f(x) be a polynomial of degree n in Pn(R). Prove that for any g(x)∈Pn(R) there exist scalars c0, c1, ...., cn such that g(x)=c0f(x)+c1f′(x)+c2f′′(x)+⋯+cnf(n)(x), where f(n)(x)denotes the nth derivative of f(x).

Prove using mathematical induction: 3.If n is a counting number then 6 divides n^3 - n....

Prove using mathematical induction: 3.If n is a counting number then 6 divides n^3 - n. 4.The sum of any three consecutive perfect cubes is divisible by 9. 5.The sum of the first n perfect squares is: n(n +1)(2n +1)/ 6

Let R be the real line with the Euclidean topology. (a) Prove that R has a...

Let R be the real line with the Euclidean topology. (a) Prove that R has a countable base for its topology. (b) Prove that every open cover of R has a countable subcover.

Prove that {??+?:?,?∈?} is dense in ? if and only if r is an irrational number.

Prove by induction on n that the number of distinct handshakes between n ≥ 2 people...

Prove by induction on n that the number of distinct handshakes between n ≥ 2 people in a room is n*(n − 1)/2 . Remember to state the inductive hypothesis!

Prove that every real number with a terminating binary representation (finite number

Prove that every real number with a terminating binary representation (finite number of digits to the right of the binary point) also has a terminating decimal representation (finite number of digits to the right of the decimal point).

Prove that the proof by mathematical induction and the proof by strong induction are equivalent

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prove by using induction. Prove by using induction. If r is a real number with r...

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Prove using the principle of mathematical induction: (i) The number of diagonals of a convex polygon...

Use induction to prove Let f(x) be a polynomial of degree n in Pn(R). Prove that...

Prove using mathematical induction: 3.If n is a counting number then 6 divides n^3 - n....

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Prove that {??+?:?,?∈?} is dense in ? if and only if r is an irrational number.

Prove that {??+?:?,?∈?} is dense in ? if and only if r is an irrational number.

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