1. Visualize the function graph with Python and find points where the curve intersects the X axis. 2. Find roots of an equation using a Python implementation the fixed-point iterations method. Note:...


1. Visualize the function graph with Python and<br>find points where the curve intersects the X axis.<br>2. Find roots of an equation using a Python<br>implementation the fixed-point iterations method.<br>Note: Functions in tasks 1 and 2 are the same. So,<br>the function graph built in task 1 can help with<br>defining an initial point for the fixed-point iteration<br>method.<br>3. Resolve the system of linear algebraic<br>equations using the Python Numpy library.<br>4. Approximate the definite integral using the<br>Scipy Python library.<br>X =<br>x = V3x –1<br>УЗх —<br>-<br>

Extracted text: 1. Visualize the function graph with Python and find points where the curve intersects the X axis. 2. Find roots of an equation using a Python implementation the fixed-point iterations method. Note: Functions in tasks 1 and 2 are the same. So, the function graph built in task 1 can help with defining an initial point for the fixed-point iteration method. 3. Resolve the system of linear algebraic equations using the Python Numpy library. 4. Approximate the definite integral using the Scipy Python library. X = x = V3x –1 УЗх — -

Jun 05, 2022
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