Discuss the historical background and components of emotional competence.

Discuss the meaning, importance and strategies to develop self-actualization.

Discuss the strategies to develop emotional competence.

lasks play a very important role in the economic development of the country.

Advertising is different from publicity, alkthrough both use non-personal

Stock exchange is an important part of capital market.

Entrepreneur is a person who undertakes the risk of starting and managing a baby bringing together necessarу поносен

What is an insurance contract? Describe the parts of insurance contracts.

Foreign trade is an engine of economic growth in a country. Discuss this statement keeping in view the Indian content and state other advantages of the orign trade

Discuss briefly the importance of finance in business Distinguish between fixed capital and working capital.

What is industry? Explain its clasification with illustrations.

Explain the following in the context of 8086 Microprocessor diagram: with the help of an example or a

  (i) Explain the use of Segment Registers in 8086 microprocessor

(ii) Explain the use of the flags - CF, ZF, OF, DF

(iii) Explain the Instructions-XLAT, MUL, SAR, RCL

Differentiate between the FAR and NEAR procedure calls in 8086 micro-processor. Assuming that a stack is used for implementing procedure calls, explain how call and return statements of 8086 microprocessor would use stack for NEAR and FAR procedure calls and return from a call. Also, assuming that two parameters are to be passed to a procedure using stack, explain how they will be passed to the procedure and accessed in the procedure. You need not write the assembly code but draw necessary diagrams to illustrate the concept.

Write a program using 8086 assembly Language (with proper comments) that accepts two different digits as input from the keyboard. Each digit is converted to its binary equivalent value. These converted digits are stored in registers BL and CL. The program then stores the smaller of these two values in AL register. The program also checks if the present AL value is larger than all the values contained in a byte array of size 6, which is stored in the memory. If so, then a value 1 is moved to DL register, else a value 0 is moved to DL register. You may assume the byte array has the values 02h, 03h, 05h, 01h, 02h, 03h. Make suitable assumptions, if any.

Explain the use of large register file in RISC. Also, explain the optimisation of RISC pipelining.

Explain the structure and operation of the micro-programmed control unit with the help of a diagram.

Consider that an instruction pipeline has four stages namely instruction fetch (INFE), Instruction decode and Operand Fetch (IDOF), Instruction Execute (INEX) and stores (STRE) Draw an instruction pipeline diagram showing the execution of five sequential instructions using this pipeline. Explain, what problem may occur, if the 2 instruction is a conditional jump instruction?

Assume that you have a machine, as shown in section 3.2.2 of Block 3 having the set of micro-operations as given in Figure 10 on page 62 of Block 3. Consider that R1 and 2 both are 8-bit registers and contain 01111110 and 11000101 respectively. What will be the values of select inputs, carry-in input, and the result of the operation (including carry-out bit) if the following micro-operations are performed on these register? (For each micro-operation you may assume the initial value of 1 and 2 as given above)

   (i)Increment R2

   (ii) Subtract R2 from Ri

   (iii)  AND of Ri with R2

   ( iv)  Shift left R1

A single-core uniprocesor system has 16 General purpose registers. The machine has RAM of size 1 M manory words. The size of every general-purpose register and manory word is 32 bits. The computer uses fixed-length instructions of size 32 bits cach. An instruction of the machine can have two operands. One of these operands is a direct memory operand and the other is a register operand. An instruction of a machine consists of bits for operation code, bits for memory operand and bits of register operand. The machine has about 64 defierent operation codex. The machine also has special purpose registers, which are other than general purpose registers. Those special purpose registers are Program Counter (PC), Manory Addres Register (MAR), Data Register (DIR) and Flag registers (FR). The first register among the general-purpose registers can be used as Accumulator Register. The size of Integer operands on the machine may be assed to be equal to the size of the accuraator register. To execute instructions, the machine has another special purpose register called Instruction Register (IR) of size 32 bits, as each instruction of this Perform the following tasks for the machine (Make and state suitable assumptions, if any)

(1) Design suitable instruction formats for the machine. Specify the size of different fields that are needed in the instruction format. Also, indicate how many bits of the instructions are unused for this machine. Explain your design of the instruction format. What would be the sine of cach register?

(1) Ilustrate two valid instructions of the machine by drawing a diagram that shows related data in registers and memory. instructions and

(1)Assuming that an instruction is first fitched to the Instruction Register (IR), is memory operandis brought to the Dit register and the result of an operation is stored in the Accumulator register, write and explain the sequence of micro-operations to fetch and execute an addition instruction that adds the contents of a memory operand with the contents of a register operand. The result is stored in the accumulator register. Make and state suitable amptions, if any

Explain the following, giving their uses and advantages/disadvantages, if needed. (Word link for the answer of each part is 50 words ONLY)

(i)   Access time of dis

(ii)CD-ROM

(iii)Classification of Printers

(lv)Scanner

(v)Refresh rates of monitors

(vi) Devices for data backup