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 of
Write down the number of terms in this expansion.
The coefficient of the term in is
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 of
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
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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 of
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 of
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
Find the possible values of
The sum of the coefficients of the expansion is
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
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 of
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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
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 .
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Consider the binomial expansion of
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 that
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 that
Determine the value of .
Find the possible values of y and z.
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Given that
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.
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.
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 .
Find .
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The coefficient of the term in the expansion of is
Find the value of
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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 of
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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 that
Given also that the constant term is , find
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