Q5: a\. Let f(x) = x³ - 3x² -1, x ≥ 2. State and prove the theorem of derivative of inverse functions and use them to find the value of df-1/dx at the point x = -1 = f(3). b\, Write the Pascal's triangle for values of n = 6, then use it to determine the binomial series expansion of (3-2x)6, and simplify the result.

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Q5: a\.
Let f(x) = x³ - 3x² - 1,x2 2. State and prove the theorem of derivative
of inverse functions and use them to find the value of df-1/dx at the point x = -1 = f(3).
b\
Write the Pascal's triangle for values of n = 6, then use it to determine the
binomial series expansion of (3 - 2x)6, and simplify the result.
Transcribed Image Text:Q5: a\. Let f(x) = x³ - 3x² - 1,x2 2. State and prove the theorem of derivative of inverse functions and use them to find the value of df-1/dx at the point x = -1 = f(3). b\ Write the Pascal's triangle for values of n = 6, then use it to determine the binomial series expansion of (3 - 2x)6, and simplify the result.
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