A flowing interstitial fluid is modeled using the equation: F = Tasks 2 cos(xy + z)...

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A flowing interstitial fluid is modeled using the equation: F = Tasks 2 cos(xy + z) 1) Write a MATLAB Live Script to visualize the vector field in a cube region with sides = 3. 2) Answer, approximate, and/or simulate the following based on your Live Script. Show the directions and relative magnitudes looking at the xy, yz, and xz planes (rotate to show). . Calculate the net flow. Provide a possible explanation regarding the flow of interstitial fluid based on the obtained value. 3) Use Microsoft Word to answer all previous questions including solutions (hand-written equations, screenshots of codes, plots, etc.), then attach and submit this file. Do not send the MATLAB Live Script. Attach File Browse Local Files Browse Content Collection A flowing interstitial fluid is modeled using the equation: F = Tasks 2 cos(xy + z) 1) Write a MATLAB Live Script to visualize the vector field in a cube region with sides = 3. 2) Answer, approximate, and/or simulate the following based on your Live Script. Show the directions and relative magnitudes looking at the xy, yz, and xz planes (rotate to show). . Calculate the net flow. Provide a possible explanation regarding the flow of interstitial fluid based on the obtained value. 3) Use Microsoft Word to answer all previous questions including solutions (hand-written equations, screenshots of codes, plots, etc.), then attach and submit this file. Do not send the MATLAB Live Script. Attach File Browse Local Files Browse Content Collection