1. Plot the function er on [-10,50] 2. Plot functions on x, sinx, x sin x...

  

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1. Plot the function er on [-10,50] 2. Plot functions on x, sinx, x sin x on [-4, 4] 2 3. Find the absolute extrema of the function f(x) = xe-on [1,3] by 1. Finding the critical number(s) 2. Analyzing the derivatives on each interval based on the critical numbers 3. Evaluate the function on the end points 4. Finding the extrema of all those values. 1. Plot the function er on [-10,50] 2. Plot functions on x, sinx, x sin x on [-4, 4] 2 3. Find the absolute extrema of the function f(x) = xe-on [1,3] by 1. Finding the critical number(s) 2. Analyzing the derivatives on each interval based on the critical numbers 3. Evaluate the function on the end points 4. Finding the extrema of all those values.

Answer rating: 100% (QA)

1 Plot the function ex on 10 50 import numpy as np import matplotlibpyplot as plt x nplinspace10 50 500 y npexpx pltplotx y pltxlabelx pltylabelex plttitlePlot of ex pltgridTrue pltshow 2 Plot functio... View the full answer