Design a system for “Multiplication by Repeated Addition". The flow chart of the algorithm is given below. You need to design the data path and the controller (state machine). START Read A,B P= 0 No P= P+A Yes B = B-1 B=0 STOP Flow chart of Multiplication by Repeated Addition

Draw a flow chart for the algorithm that will arrange a list of ten digits in ascending order

Order from slowest to fastest the following functionsa) 6n2, b) n log 6 n, c) 6n3 ,, d) log2 n e) 4n, f) log 8 n, g) 64

Take a four-digit number. Add the first two digits to the last two digits. Now, square the sum. Surprise, you have got the original number again. Of course, not all four-digit numbers have this property. Write a C program to find three numbers that have this special property and display those numbers on 7-segment LEDS for at least 2 seconds.   *USE C PROGRAMNG FOR MICROPROCESSOR*

C++    Sample Run: Enter file name: gates.txt Set 1: 1 Set 2: 0

2. Write a program to graph the following equation in the interval. The interval step size is 0.5. Calculate the values in main program. Write a function to print the output graph as follow. v = 75 * t * exp(-t); Sample output 0 10 20 30 40 -------------------------------------------- 0.0 * 0.5 * 1.0 * 1.5 * 2.0 * 2.5 * 3.0 * 3.5 * 4.0 * 4.5 * 5.0 * .........

Write a matlab program that computes the values of this function: Dn = 6 +((n -1) - ((6(n+1))/n) where the value of n is entered by the user and displayed with headings

QUESTION 1 Trace the output for each run of the pseudocode in Figure 1 for the given inputs in Table 1. Write your answers in Table 1. 1. Start 2. Read a, b IF (a is greater than 1) AND (b is even number)) 3. IF (a is less than 20) 3.1.1 3.1 a = b 3.1.2 c= ax 10 + 8 ELSE_IF ((a is less than 30) AND (a is greater or equal 20)) 3.2.1 с %3D а х 4 +3 3.2 3.3 ELSE 3.3.1 c = b 3.4 END_IF 4. ELSE c = a x b + 5 END IF 4.1 5. 6. Print c 7. End Figure 1: Algorithm 1 Answer: Table 1 a b ((a = 20)) Output 5 3 8 4 25 30 10 20 6.

Write an expression that is a 1 when one or more of its variables (A, B, and C) are Os.