Here are the arrow diagrams of two maps f (on the left) and g (on the right): And here are two possible results for the composition fog. A) B) 7. O The diagram in A) pictures fog. O The diagram in B) pictures fog.

17. A chessboard is an 8 x 8 grid. A knight can move up two squares plus one square to the left or right, or up one plus two squares to the left or right. For a knight in the position shown, determine the number of paths to the top of the board, moving upward at all times. Describe how you solved the problem. (A: /2)(C: 14)

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Assignment No. 1 (contd.) You will use Newton-Raphson method to find the eigenvalues. So we rewrite the equations as: fever (E) = VE + Vo sin (a VE+ Vo) V-E cos (a VE + Vo ) = o fodia( E) = VE + Vo cos (a VE+ Vo) + v-E sin (a VE + Vo) = 0 COS To find the eigenvalues of the even states, you must find the zeros of fever (E) and for the odd states you must find the zeros of fodd(E). To use the Newton-Raphson method, you will also need to find the deriva- tives of these functions. Write a MATLAB code to implement the Newton-Raphson Method. Now comes the need for physical insight. Recall three conclusions from your Phy 301 course: (1) For symmetric systems, the lowest eigenstate is always an even state, and (2) The eigenstates alternate between even and odd states, and (3) the bound state eigenvalues lie between 0 and -Vo. So first find the lowest eigenvalue Eo by solving ferer(E) = 0 and your starting guess should be close to -Vo. To find the next eigenvalue Ej solve fodad(E) = 0 and your…

The screen at the Bijou theatre is 20 feet high with its lower edge 10 feet above the observer's eyelevel. The angle 6 at the observer's eye subtends the entire, screen. This angle varies with the distance x of the observer from the plane of the screen. At what distance x is the angle 0 greatest? INVERSE TRIG. METHOD IS BETTER THAN COMPUTER'S INCREMENTAL METHOD 20 10 FIG. 1

Draw the contour diagram of the following program. let x = 23 in proc (y) let z = - (y,x) let t = - (x,y) %3D in - (y, t)

**MATLAB** Write a MATLAB program to generate and plot a Bezier curve. Construct the pro- ´ gram so that it accepts sets of control points as N × 2 matrices. The first and second columns of the matrix should correspond to the x- and y-coordinates of the control points. The program should be able to handle the cases N = 3, 4, and 5.

Use Matlab to Plot the graph shown in image 2 using data in table on image 1, BMI= W*H Where W is the weight in kilograms and H is the height in meters. Or the four color curves, use the line width ‘3’. To display a BMI of a person use the following: circular MarkSize ‘8’, MarkerEdgeColor ‘cyan’. To display this you have to enter two values. these are the Height in meters and Weight in kilograms. And inform the outcome results to the person from the command window.

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Using MATLAB and taking pictures directly from the application