Find the coefficient of the term in  in the expansion of
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Find the coefficient of the term in  in the expansion of
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Find the first three terms, in ascending powers of  in the expansion of
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In the expansion of  the coefficient of the term is 96.
Given that  find the value of .
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Find the first three terms, in ascending powers of  in the expansion of .
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In the expansion of  the coefficient of the  term is equal to the coefficient of the term. Find the value of .
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In the expansion of , the coefficient of the  term is four times the coefficient of the term. Find the possible values of.
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Consider the expansion ofÂ
Write down the number of terms in this expansion.
The coefficient of the term in isÂ
Find the value of where is a positive constant.
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Consider the expansion of
Write the first three terms in descending powers ofÂ
Find the value of the constant term.
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The coefficient of  in the expansion of is 1215.
Find the possible values of   Â
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Consider the binomial expansion of .
Write down the first four terms.
Find the values of such that the complete expansion converges.
Use the terms found in part (a) to estimate .
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Consider the binomial expansion ofÂ
Write down the first three terms.
State the interval of convergence for the complete expansion.
Use the terms found in part (a) to estimate . Give your answer as a fraction.
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Consider the binomial expansion of  .
Write down the first four terms.
State the interval of convergence for the complete expansion.
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Find the coefficient of the  term in the expansion
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Consider the expansion of
Write down the number of terms in this expansion.
Find the first three terms, in descending powers of , of the expansion.
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Consider the expansion ofÂ
Find an expression, in terms of , for the coefficient of the term.
The coefficient of the  term is 90.
Find the value of .
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Consider the quadratic expression .
Write down the quadratic expression in the form
Find the coefficient of the term in the expansion of . Give your answer in the form where  .
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The coefficient of  in the expansion of is  Â
Find the possible values ofÂ
The sum of the coefficients of the expansion isÂ
Determine which value of found in part (a) is correct.
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Consider the expansion
The coefficient of the term is 36. Find the possible values of .
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Consider the expansion of  The constant term is Â
Find the value of .
Find the coefficient of the term.
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In the expansion of  the coefficient of the  term is , where
Find .
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Consider the expansion of
Find the term in in the expansion.
Hence find the term in in the expansion of
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Consider the expansion of
Find the term in in the expansion.
Hence find the term in  in the expansion ofÂ
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Consider the binomial expansion of .​
Find the first four terms, in ascending powers of , of the expansion.
State the interval of convergence for the complete expansion.
By substituting an appropriate value into the expression found in part (a), find an approximation for the value of ​.
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Consider the binomial expansion of ​​.
Write down the first three terms, in ascending powers of , of the expansion.
State the interval of convergence for the complete expansion.
Using the expansion found in part (a), find an approximation for the value of ​ , giving your answer as an exact value in as simple a form as possible.
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Consider the binomial expansion of Â
Given that the coefficient of the term in is , find
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Consider the binomial expansion of ​ , where .
For the case where the coefficient in is , show that .
For the value of found in part (a), find the coefficient of .Â
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Consider the binomial expansion ofÂ
Show that  can be written in the form , and find the values of and .
Hence, or otherwise, find the first three terms of the expansion, in ascending powers of .
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Given that
Find the value of .
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Given thatÂ
Find the value of .
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Consider the expansion .
Write down and simplify the expansion in descending powers of.
Hence, find the exact value of .
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Consider the expansion .
Write down and simplify the expansion in descending powers of .
Hence find the exact value of .
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Given thatÂ
Determine the value of .
Find the possible values of y and z.
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Given thatÂ
Determine the value of .
Find the possible values of and .
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In the expansion of , the coefficient of the term in  is 210.Â
Find the value of .
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Consider the expansion of . The coefficient of the term is five times the coefficient of the  term.Â
Find , giving your answer to 3 significant figures.
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Consider the expansion of , where . The coefficient of the term in is equal to the coefficient of the term in  .Â
Find .
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The coefficient of the  term in the expansion of isÂ
Find the value ofÂ
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Consider the binomial expansion of .
Find the first four terms, in ascending powers of , of the expansion.
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Find the coefficient of the term in in the expansion ofÂ
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Consider the identity ​ , where and  are constants to be determined.
Find the values of and .
Hence, or otherwise, find the binomial expansion of  , in ascending powers of , up to and including the term in .
State the interval of convergence for the expansion found in part (b).
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Consider the binomial expansion of , where .
Given that the coefficient in  is ​  , show thatÂ
Given also that the constant term is ​  , find
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