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QUESTION 1 Determine the Thévenin equivalent circuit of the network at terminals a-b for the circuit shown in Figure 1. E R1 8Ω C1 16Ω L2 8Ω R2 L1 2Ω a b 12V∠0° 5Ω Thévenin Figure 1 [10]
In an assignment given on CSE211, a student is assigned the following task
3. Consider PC = last digits of your registration no(i.e 69)
4. Place your date of birth including your date and month of birth(i.e 20 oct 2000) into the DR
eg: 0108 – 01 date and 08 as month
5. Now perform the below given task
AR PC
M[AR] DR
IR M[AR]
Explain the contents of the memory after the execution of second instruction.
IF PC= 682 , AR=123 , DR=A2BF, IR= 5672, then execute the following M[AR] DR IR M[AR] Determine the value of IR after the execution and comment on the type of addressing.
The 8-bit registers AR, BR, CR, and DR initially have the following values: AR= 11010010, BR= 11100011, CR= 10111001 , DR= 10101011 Determine the 8-bit values in each register after the execution of the following sequence of microoperations. AR <-AR + BR CR <- CR ^ DR, BR <- CR + 1 AR <-AR – CR
A ball is thrown vertically upward with a speed of 15 m/s. Determine the time of flight when it
returns to its original positio
with a cobalt-molybdenum catalyst supported on alumina is
given
In past research studies, the proposed reaction has been run in the vapour phase
with reactor temperature of 240-300 oC, total pressures of 2-30 atm, and
hydrogen to benzothiophene feed ratio of 4:1 to 9:1. These experiments resulted
in the following reaction rate equation:
A loan company charges 15% simple interest on P500 loan. How much will be repaid if the loan is paid back in one lump sum after 3 years?
If you borrowed money from your friend with simple interest of 12%, find the present worth of P50,000 which is due at the end of 7 months.
In an assignment given on CSE211, a student is assigned the following task 1. Consider AR= last digits of your registration no 2. Place your date of birth including your date and month of birth into the TR eg: 0108 – 01 date and 08 as month M[AR] TR IR M[AR]
Design an arithmetic circuit with one selection variable S and two n-bit data inputs A and B. The circuit generates the following four arithmetic operations in conjunction with the input carry Cin. Draw the logic diagram for the first two stages. 5 marks S Cin =0 Cin= 1 0 D = A + B (add) D = A + 1 (increment) 1 D = A - 1 (decrement) D = A + B’ + 1 (subtract)
