Q. The independent term of x is 80000 in the expansion of (3x+b/x)⁶, where b is a positive constant. What the value of b?

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Q. Consider the recurrence relation a₁=4, aₙ=5n+aₙ₋₁. The value of a₆₄ is _________

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Q. Determine the solution of the recurrence relation Fₙ=20Fₙ₋₁ − 25Fₙ₋₂ where F₀=4 and F₁=14.

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Q. What is the recurrence relation for 1, 7, 31, 127, 499?

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Q. If Sₙ=4Sₙ₋₁+12n, where S₀=6 and S₁=7, find the solution for the recurrence relation.

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Q. Find the value of a₄ for the recurrence relation aₙ=2aₙ₋₁+3, with a₀=6.

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Q. The solution to the recurrence relation aₙ=aₙ₋₁+2n, with initial term a₀=2 are _________

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Q. Determine the solution for the recurrence relation bₙ=8bₙ₋₁−12bₙ₋₂ with b₀=3 and b₁=4.

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Q. What is the solution to the recurrence relation aₙ=5aₙ₋₁+6aₙ₋₂?

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Q. Determine the value of a₂ for the recurrence relation aₙ = 17aₙ₋₁ + 30n with a₀=3.

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Q. Determine the solution for the recurrence relation aₙ = 6aₙ₋₁−8aₙ₋₂ provided initial conditions a₀=3 and a₁=5.

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