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6. ADD TO HW: Determine the direction of the resultant velocity vector (a = ?). What...
4. ADD TO HW: Determine infiltration rate in terms of the parameters given and draw the expected pressure and piezometric head distribution in the column in z-direction I L Open to atmosphere K K
verage power density Sav (Hint: It is a real vector.) 6. De termine the propagation direction and the polarization (linear or circular) of the plane circular polarization, determine if it is LHCP or RHCP. waves bel E, = cos(at + k),Ep = sin(wt + ky), E,-0 a. ,Ez = sin(at-kx--),Er=0 C. A 0.5mm thick metal sheet is mit
verage power density Sav (Hint: It is a real vector.) 6. De termine the propagation direction and the polarization (linear or circular)...
10. Determine the values of k for which the system of linear equations has (i) no solution vector, (ii) a unique solution vector, (iii) more than one solution vector (x, y, z): (a) kx+ y+ z= (b) 2x + (k-1)y + (3-k)2-1 2y + (k-3): = 2 x+ky + z = 1 -2y+ x 2x + ky- z =-2 (c) x + 2y + k= 1 (d) -3z =-3
10. Determine the values of k for which the system of...
Add the following vectors. Find the size (magnitude) of the resultant vector. Determine the angle from the resultant vector counterclockwise to the right side x-axis. Add a vector 6 units due east and a vector 8 units due south. Show your work on a graph.
Add the following vectors. Find the size (magnitude) of the resultant vector. Determine the angle from the resultant vector counterclockwise to the right side x-axis. Add a vector 8 units due south and a vector 6 units due east. Show your answer on a graph.
Determine the Resultant, R, and Equilibrant, E, vector from the components of A and B A: 2.45 N at 60 degrees from the positive x-axis B: 1.47 N at 0 degrees from the positive x-axis a. Determine the components Rx and Ry of the resultant vector R by finding the sum of these two vectors in terms of components. Show all of your work starting from the symbolic equation and include units. b. Determine the magnitude R, of the resultant...
3. Determine the magnitude of the resultant vector uti using the Parallelogram method. Verify with the Head-to-Tail Method v=60N 38 u = 40N MCTAC: Mathematics for College Technology Module 4: Vectors and Geometry Lesson 18: Adding Vectors Using the Head-to-Tail and the Parallelogram Methods Vector ü has magnitude 30 M and vector i has magnitude 40N.. When placed tail-to-tail, the angle between i and V is 50° a) Determine the magnitude of the resultant vector ü + b) Determine the...
Given the x and y components of the velocity vector, find the magnitude and direction of the resultant vector. V & P i ug = 18% V 21"} Vas-Ho" - 22/s
Part A. Geometric Addition
What is the magnitude and direction of the resultant vector, R,
when the parallelogram law is applied to A and B?
Part B. Component addition of vectors
What is the resultant vector, R, obtained by adding vectors C
and D?
Part C. Addition of more than two vectors
For the vector sum R = A + B + C + D, what are the magnitude and
direction of the resultant R?
Learning Goal: To use geometric...
Vector Calculus Suppose the hydraulic head in a vertically homogeneous aquifer is described by the equation h(x,y) = 10+Oy in the domain -10sxs10, -10sys10, as plotted in Fig 1. -10 -10 5 5 0 0 5 5 10 10 Figure 1 Figure 2 2a. What is the equation for the gradient of this surface (i.e., Vh; note that this is opposite the direction of flow)? (4 pts) 2b. What is the gradient of h at (x=2, y=4)? If the homogeneous,...