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Find a linearization at a suitably chosen integer near a at which the given function and its derivative are easy to evaluate.
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Q1: <span class="ql-formula" data-value="\lim _{x \rightarrow \theta} f(x)"><span
Q58: <span class="ql-formula" data-value="y = \cot ( 10
Q131: <span class="ql-formula" data-value="\csc \left( \tan ^ {
Q131: <span class="ql-formula" data-value="\lim _ { x \rightarrow
Q154: <span class="ql-formula" data-value="r ( t ) =
Q157: At the two points where the
Q169: <span class="ql-formula" data-value="\text { Let } f(x)=\frac{x-4}{\sqrt{x}-2}
Q172: <img src="https://d2lvgg3v3hfg70.cloudfront.net/TB6591/.jpg" alt=" What
Q295: <span class="ql-formula" data-value="y = 8 x +
Q445: <span class="ql-formula" data-value="\mathrm { s } =