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explain and show all steps Problem 4 Express the field below in cylindrical and rectangular components rr2 Problem 4 Express the field below in cylindrical and rectangular components rr2
Dynamic 4. Compare rectangular coordinates with polar coordinates and cylindrical coordinates. Rectangular Cylindrical Polar X, Y. Z R 5. For a circular motion, what are the normal and tangential components of the acceleration in the polar coordinates. Normal component ? Tangential component ? m 4. Compare rectangular coordinates with polar coordinates and cylindrical coordinates. Rectangular Cylindrical Polar X, Y. Z R 5. For a circular motion, what are the normal and tangential components of the acceleration in the polar coordinates....
Write neat please. Show step by step please. Show steps for the equation please. Box in answers please from rectangular coordinates to both cylindrical and and evaluate the simplest iterated integral. from rectangular coordinates to both cylindrical and and evaluate the simplest iterated integral.
NEAT HANDWRITING AND SHOW ALL STEPS PLEASE Problem 2: (50 points) The beam has a rectangular cross section as shown below. If the intensity of the distributed load w=800N/m, Determine: a) The absolute maximum shear stress and its location. b) The maximum compressive stress and its location. 50 mm V | 150 mm 2m + 2m + 2m
Please hand write problem and show/explain all of the steps so that I may better understand the problem. 10: A farmer wants to fence off his four-sided plot of flat land. He measures the first three sides, shown as A, B, and C in Figure 16, and then correctly calculates the length and orientation of the fourth side D What is his result? 3.02 km 19 D- km 16° 7.5 B-2.48 km A - 4.70 km Figure 16. The farmer...
Show steps please Problem 4.8 The temperature field in a continuum is given by the expression e e 3t/x2 where x2xix x The velocity field of the medium has components vi = x2 + 2x3, V3 = X13x2 V2 X3X1, Determine the material derivative d0/dt of the temperature field. Answer e-3t (3x2 6x1x3 +8x2X3)/x4 d0/dt
Problem 7: Show that the equation below, for the electric field of a charged disk at points on its axis, reduces to the field of a point charge for :>R (z much greater than R). Clearly state all steps and equations you use to solve this problem.
**Please show steps/explain legibly, Thanks** A 10cm x 20cm rectangular surface lies in the x-y plane and has a constant electric field passing through it at 30 degrees towards the direction of the x-axis. What is the magnitude of the electric flux through the rectangle if: a.) E =(100i - 200k) N/C b.) E =(100i - 200j) N/C
Is there a value of x for which the rectangular prisms below are similar? Explain your reasoning AND show all your steps on how to find x.* x m 60 m 40 m 30 m 80 m 45 m Your answer
Below is the transformation matrix between cylindrical and rectangular coordinates: P cos sino 0 i 0 = -sino cosy 09 2 0 0 1 When we found the velocity and acceleration in cylindrical coordinates, we had to find how each of the unit vectors changed in time. do do For this problem, just find de and 4 di
Please show all steps in detail and as legible as possible. Thank you!!! Consider the two dimensional diffusion of heat in a rectangular section of tissue. Specifically solve for the temperature field, u(x,y,t), in the rectangular section with dimensions having (0<x < a) and (0<y < b), which is governed by the following initial-value, boundary-value problem, where a is a constant: (0,y,t) = 0 uy (x,0,t) = 0 14. (a,y,t) = 0 u(x,b,t)-0 11 (x, y,0) = f(x, y) Consider...