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3. Prove by induction that∑_(r=1)^n▒〖r(r+4)=1/6

  1. 3. Prove by induction that∑_(r=1)^n▒〖r(r+4)=1/6 n(n+1)(2n+13)〗.5. It is given that u_1=1 and u_(n+1)=3u_n+2n-2 where n
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    2. Iman asked by Iman
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  2. prove the product of 4 consecutive integers is always divisible by 24 using the principles of math induction. Could anyone help
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    2. zomg asked by zomg
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  3. Use mathematical induction to prove that the statement holds for all positive integers. Also, label the basis, hypothesis, and
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    2. Timofey asked by Timofey
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  4. Use mathematical induction to prove that the statement holds for all positive integers. Also, can you label the basis,
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    2. Brock asked by Brock
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  5. 1. Prove by induction that b - a | b^n - a^n for all n >= 1.
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    2. Winston asked by Winston
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  6. To prove: (1 + 2 + 4 + . . . + 2n) + 1 = 2n+1 , ?n = 0 by induction
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    2. Shanu asked by Shanu
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  7. How do you use math induction to prove 3^n > 2n ?Thank you!
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    2. Anonymous asked by Anonymous
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  8. Using Mathematical Induction, prove the following:a) 2+4+6+.....+2n= n(n+1)
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    2. RAMADAN MAHBUB MOHAMMED asked by RAMADAN MAHBUB MOHAMMED
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  9. prove by induction that 3.7^(2n)+1 is divisible by 4
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    2. Majeed asked by Majeed
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  10. W1. Use Mathematical Induction to prove that for all n ≥ 1,1 + 1 3 + 1 3 2 + 1 33 + · · · + 1 32n = 3 2 �1 − (1 3 )2n+1�
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    2. Jeremiah latkuoth asked by Jeremiah latkuoth
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