Repeat Problem 1-22 using MATLAB to perform the calculations. Create a
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ANALYSIS+DESIGN OF LINEAR CIRCUITS(LL)
- Find the unit vector n perpendicular in the right-hand sense to the two vectors A and B. What is the angle between A and B? A=-i+j+k, B=i-j+karrow_forwardPlease solve a) and b) both, you have to solve using the formula V = Q/4*pi*Eo*r^2 keeping in mind the vector directions tooplease notice if ur answers match with the given answers in the picturearrow_forwardVector 1-5) (a) (b)arrow_forward
- (Q1.1) Find the current through R1 flowing in the direction from left to right. (Unit: A) (Q1.3) Find the current through R3 flowing downwards. (Unit: A) (Q1.4) Find the current thrrough R4 flowing from left to right. (Unit: A)arrow_forwardimmediate, Help me What is the gradient (∇V) of the scalar V = x2y + y3 + xz4?arrow_forwardFind I1,I2 and I3 in the given figure using Kirchhoff's Lawsarrow_forward
- Please answer all parts. -When you spin the 2-D version of that shape, the center of mass travels upwards and the hole goes to the bottom as it is spinning. Hint: The easiest way to go about this is to mark three points in a drawing: (1) the origin, (2) the center of your sphere [no longer at the origin], (3) a random point inside of your sphere [the more random the better]. You will then need to construct a triangle of vectors which include: (1) the vector~R(going from the origin to the center of your sphere), (2) the vector going from the origin to your random point (~r), and (3) the vector going from the center of your sphere to your random point (~r1).arrow_forwardFind the current I3. Determine the voltages Vs and V1 usingKirchhoff’s law.arrow_forwardSolve everything using Kirchhoff's Law. Given: R1 = red red blue black gold, R2 = orange green black silver, R3 = white orange orange black gold, R4 = green white violet black gold, R5 = violet blue red black silver, R6 = yellow green blue black silver, R7 = brown black black black gold, V1 (lower left) = 100V, V2 (top) = 150V, V3 (lower right) = 200Varrow_forward
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