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\huge\boxed{\bold{\underline{\underline{Question:}}}}

Hi! Can anyone please help me with my homework? I would be grateful. No spam.

Thanks in advance.


\bold{(4t-3)^(5)}

1 Answer

4 votes

Answer:


{1024t}^(5) - 3840{t}^(4) + 5760{t}^(3) - 4320{t}^(2) + 1620t- 243

Explanation:

Question:-

  • To find the Binomial theorem form of
    \bold{(4t-3)^(5)}

As we know:-

As in Binomial theorem :-


  • {(x - y)}^(5) = {x}^(5) - 5 {x}^(4) y + 10 {x}^(3) {y}^(2) - 10 {x}^(2) {y}^(3) + 5x {y}^(4) - {y}^(5)

Solution :-


= {(4t - 3)}^(5)

  • Hence, on using the Binomial theorem,


= {(4t)}^(5) - 5 {(4t)}^(4) (3)+ 10 {(4t)}^(3) {(3)}^(2) - 10 {(4t)}^(2) {(3)}^(3) + 5(4t) {(3)}^(4) - {(3)}^(5)

  • On formatting


= {1024t}^(5) - 5 ({256t}^(4) )(3)+ 10 ({64t}^(3) ) (9 ) - 10 ({16t}^(2) )(27) + 5(4t) (81) - 243

  • On further formatting.


= {1024t}^(5) - 3840{t}^(4) + 5760{t}^(3) - 4320{t}^(2) + 1620t- 243

Hence, the required answer is :-


{1024t}^(5) - 3840{t}^(4) + 5760{t}^(3) - 4320{t}^(2) + 1620t- 243

User Ezekiel Baniaga
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