QUESTION 2 32 bits is equal to 2 words. True False
Q: State by True/False: 3a EZ, VbEZ a+b=2 O True O False
A: Z is integer i.e negative number, 0 and positive number.
Q: byte equals to how many bits ? a. 4 bits b. 8 bits c. 12 bits
A: One byte is equal to 8 bits. 1MB = 10^6 bytes = 8 * 10^6 bits. 1 kilobyte = 1000 bytes = 8000 bits
Q: Given the 16-bit value 1001101011001 1 0 1 . What operation must be performed in order to: (a)…
A: According to the information given:- We have to perform operation must be performed in order to:(a)…
Q: Q. 1 Nibble is equals to how many Bits?
A: This short question is related to units.
Q: 777 Bytes are equals to how many Bits?
A: In computer memory architecture, 1 Byte = 8 Bits
Q: Assume that: k is a sequence of bits of length n p is an n-bit sequence of 0's What is p⊕k ? - Not…
A: Given details are :- p = 00000.....0000 (n bits) k =111111.....11111(n bits) Details to find…
Q: How many bits are used to represent ASCII-code? A. 70 B. 32 C. 8 D. 7 Justify your answer with…
A: Given: How many bits are used to represent ASCII-code? A. 70 B. 32 C. 8 D. 7 Justify your answer…
Q: Short questions: Q. If 1 Byte is equals to 2 Nibbles then how many Nibbles are there in 50 bits?
A: According to architecture of computer, 1 Byte = 2 Nibbles 1 Nibble = 4 Bits
Q: 1. Check the errors using CHECKSUM method for the data: 10011001 00100011 to be sent to the…
A: Error detection using Checksum will follow the following steps at the both ends:- Sender's End:-…
Q: The odd parity bit for the binary message 10110000 to be transmitted * is 1 True O False
A: the odd parity bit for the binary message 10110000 to be transmitted 1 is true or false
Q: How many bits are there in 3 bytes? * one point
A: Here we need to find number of bits in 3 bytes.
Q: ASCII is a 16-bit code, while Unicode is a code7-bit code Select one: True False
A: ASCII is a 16-bit code, while Unicode is a code7-bit code Select one: True False This is False
Q: If the hexadecimal value OXFFE3 is a two's complement, halfword value, what would it be in base ten?…
A: ANSWER:-
Q: 2. If the data received at destination is 00101001 10111001 00011101. Check by the checksum method…
A: Given data that is received: 00101001 10111001 00011101 We have to check whether there is any error…
Q: E 12 13 14 22 23 24 P VPN bits Number of VPO bits PPN bits PPO bits
A: The answer is
Q: Q3: Following are the signed positive binary numbers. Find its negative equivalent using 2's…
A: 2’s Complement of a Binary Number:There is a simple algorithm to convert a binary number into 2’s…
Q: 43728 Bits are equals to how many Bytes?
A: In memory architecture, 8 Bits = 1 Byte
Q: Q. 8 Bits are equals to how many Bytes?
A: This question is based on computer systems.
Q: How many bit strings of length eight either start with a 1 bit or end with the two bits 00?
A: The number of strings with length n with a symbols will be an The number of strings with length 8…
Q: 1. Calculate the cyclic redundancy check (CRC) bits, R, when G and D are given as follows. G = 1011…
A: The answer is as follows
Q: Q. 112 Bits are equals to how many Bytes?
A: Given that, 112 bits = How many bytes? According to computer architecture, 8 Bits = 1 Byte
Q: P 1 KB 2 KB 4 KB 8 KB VPN bits Number of VPO bits PPN bits PPO bits 0000
A: Virtual Memory: Two type of addresses are present: Virtual and physical address. In virtual address,…
Q: Short questions: Q. If 4 bits are equals to 1 Nibbles then how many bits are there in 589 Nibbles?
A: Given, 4 Bits=1 Nibble
Q: 69 Bytes are equals to how many Bits?
A: This short question is based on computer memory architecture.
Q: The opposite of (x >4 && x 11). True False
A: Whenever you do opposite of > it changes to < . Also AND changes to OR.
Q: its are th
A: Bits are there in 4 bytes
Q: Short questions: Q. If 8 Bits are equals to 1 byte then how many bits are there in 5245 Bytes?
A: Given that, 1 Byte = 8 Bits
Q: Q. 8 Bits are equals to how many nibbles?
A: Question is related to units in computer.
Q: Q. 552 Bits are equals to how many Bytes?
A: This question is based on computer memory structure.
Q: What is the range of this signed binary number? 19 bits and 26 bits
A: Intro Signed Binary numbers: Binary representation for signed numbers: It contains…
Q: Q. 431 Bytes are equals to how many Bits?
A: It is related to computer architecture.
Q: Q. 64 Bits are equals to how many Bytes?
A: It is related to bytes in memory.
Q: How many bits are needed to count up to a maximum of 511?
A: Definition: Bits: It is the smallest unit of the measurement that is mainly used for the…
Q: Short questions: Q. 52898 Nibbles are equals to how many Bytes?
A: According to memory architecture in computer, 1 byte = 2 Nibbles 1 Nibble = 0.5 Byte
Q: 8. How many bits would be requ encode decimal numbers 0 to 9 straight binary codes?
A: This is done on the basis of hit and trial
Q: 2.6 Exercises 1. Convert 12310 to binary. Hint • Answer 2. Convert the following unsigned decimal…
A:
Q: How many total bits were needed?
A: To store such an image in a computer or transmit it from one computer to another, we need to…
Q: argest positive numbers that can be stored in single precision? (b) What is the smallest value of…
A: a) The largest number that can be stored in a single-precision is approximately 3x1038. The…
Q: What is a Hamming code?
A: Our guidelines says we can solve the first question only. - The question wants to know about the…
Q: Choose the correct answer * TRUE FALSE (1 + 41)' == -j* (4 + 1i) j==i
A: Let us consider that the given questions are in the same context and hence the answer will be:
Q: Q. 96 Bits are equals to how many Bytes?
A: According to computer science 8 bits = 1 Bytes
Q: A person want to transmit the data 1011000 to his friend using hamming code technique. Calculate…
A: Additional binary bits that are created and appended to the data transfer bits to assure that during…
Q: Question 6 Uniquely representing a set of 3000 items requires using 11 bits. True False
A: Given:
Q: 10000 Bytes are equals to how many Bits?
A: It is based on memory architecture in computer.
Q: Q. 125 Bytes are equals to how many Bits?
A: According to Computer Architecture, 1 Byte = 8 Bits
Q: How many bits are contained in a byte? a. 1 b. 3 c. 8 d. 100
A: A byte is a smallest unit of measuring memory. We have memory size as Kilobyte, Megabyte, terabyte.…
Q: Q. 4 Nibbles are equals to how many Bits?
A: This question is related to computer architecture memory.
Q: How many 8-bit binary strings contain three 0's and five 1's with no consecutive 0's
A: We need to fill the 8 bit binary string with 5 1's and 3 0's such that there are no consecutive 0's…
Q: Q. 80 Bits are equals to how many nibbles?
A: This question is based on memory units.
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- Assume that the state of the 8088’s registers and memory just prior to the executionof each instruction in problem 15 is as follows: * in photos*What result is produced in the destination operand by executing instructions (a)through (k)? *only h through k* (h) MUL DX(i) IMUL BYTE PTR [BX+SI](j) DIV BYTE PTR [SI]+0030H(k) IDIV BYTE PTR [BX][SI]+0030HTutorial6 Questions on 8085 1. Find the machine codes of following 8085 instructions and in each case identify the opcodepart, and register/ memory reference bits. Also mention the length of opcode, number of bytesin the instruction.MOV A, M;MVI C, data;PUSH B;ADC B;XRA L;JNZ addressLDAX B 2. Translate the following Assembly program of 8085 into machine code (hex format) MVI C, 20LXI H, 1500hMVI A, 00next; MOV B, MADC BINX HDCR CJNZ nextSTA 1600hHLT Assume that the program is to be stored in memory starting at address 1000h 3. Find out the number of machine cycles and the number of T-states taken by the following8085 instructions. In each case give an explanation for your answer.(i) ADC D(ii) ADI 05(iii) JMP 1500h(iv) JNZ 1500h(v) LDAX B(vi) MOV A, B(vii) LDA 1300h 4. Draw a complete connection diagram of a computer system with 8085 as processor, a four 1KRAM, and four 1K ROM chips. Give the address range for each RAM and ROM chips.5. Translate the sumArray function (written in C…Consider the following instruction:Instruction: Add Rd, Rs, RtInterperation: Reg[Rd] = Reg[Rs] + Reg[Rt] RegWrite MemRead ALUMux MemWrite ALUOp RegMux Branch a, What are the values of control signals generated by the control in Figure 4.2 for the above instruction? b, Which resources (blocks) perform a useful function for this instruction? c, Which resources (blocks) produce outputs, but their outputs are not used for this instruction? d, which resources (blocks) produce no output for this instruction?
- Here is the question about mips.Q1). Suppose $s0 stores the base address of word array A and $t0 is associated with m, convert the following instruction into MIPS. A[240] = A[240+m]Q2). Suppose $t0 stores the base address of word array A and $s0 is associated with m, convert the following instruction into MIPS. m= 0 while (m <= 10): A[m] = A[m+4]*6 m = m + 6dont use ai to do it !!! Q1). Suppose $s0 stores the base address of word array A and $t0 is associated with m, convert the following instruction into MIPS. A[240] = A[240+m]Q2). Suppose $t0 stores the base address of word array A and $s0 is associated with m, convert the following instruction into MIPS. m= 0 while (m <= 10): A[m] = A[m+4]*6 m = m + 5Assume that the state of the 8088’s registers and memory just prior to the executionof each instruction in problem 15 is as follows: * in photos*What result is produced in the destination operand by executing instructions (a)through (k)? *only b,c,e,g* b) ADC SI, AX(c) INC BYTE PTR [0100H] (e) SBB DL, [0200H] (g) NEG BYTE PTR [DI]+0010H
- 21. a. Describe the basic format of an instruction, ensure to describe what each element in this format does. b. What are the RTN/Ls for the following MARIE instructions:a. Store Xb. Add Xc. Inputd. Halte. Skipcondf. Jump X c. Given the following memory values and a one-address machine with an accumulator: Word 10 contains 30 Word 20 contains 40 Word 30 contains 50 Word 40 contains 60 What values do the following instructions load into the accumulator? a. Load IMMEDIATE 10 b. Load DIRECT 10c. Load INDIRECT 10 d. Load IMMEDIATE 20 e. Load DIRECT 20 f. Load INDIRECT 20Consider the following store instruction: SW R1, 0x000F(R0). Assume that the registers R0 and R1 are initialized with 0x00000001 and 0x53A78BC Frespectively. A section of the MIPS byte addressable data memory is shown. Give the memory word of the following memory locations after the SW operation: (a). 0x00000015. (b). 0x00000014. (c). 0x00000013. (d) 0x00000012.(e). 0x00000011. (f). 0x00000010.can you please fix the code to resolve the error:Oh no! You've got an error in your assembly code and meet the requirements: at line 5: expected GETC instruction to have exactly 0 operands, but found 2 .ORIG x3000 ; Define constantsBLANK .FILL x0020 ; Blank characterGETC .FILL x20B0 ; GETC trap codePUTS .FILL x22A0 ; PUTS trap codeHALT .FILL x25C0 ; HALT trap code ; Define variablesARRAY .BLKW #20 ; Array to store user inputsN .FILL #0 ; Size of the arrayCOUNT .FILL #0 ; Loop counterINPUT .FILL #0 ; User input ; Prompt messagePROMPT .STRINGZ "Enter a number (0 to 9): " ; Start of program LD R0, N ; Load the size of the array into R0 ADD R0, R0, #-1 ; Subtract 1 from the size to use as a loop counter ADD R0, R0, R0 ; Multiply the loop counter by 2 (each entry is 2 bytes) LOOP LEA R1, PROMPT ; Load the address of the prompt message into R1 PUTS ; Display the…
- Is it possible to design an expanding opcode to allow the following to be encoded in a 16 bit instruction? We have registers R0 to R7. Can all 3 instruction types be accommodated in 16 bits? Explain. Instruction Opcode 175 instructions with 3 registers 255 instructions with 2 registers 512 instructions with 2 registersAssume that registers $s0 and $s1 hold the values 0x90000000 and 0xA0000000, respectively. These are integer values. Please take into account that these are 32-bit registers. a) What is the value of $t0 after the following MIPS instruction has been completed? add $t0, $s0, $s1 $s0: 0 x 9 0 0 0 0 0 0 0 $s1: 0 x A 0 0 0 0 0 0 017. Consider the following hypothetical instruction: SubMem R1, mem1, mem2 This instruction works as follows: \[ \mathrm{R} 1 \leftarrow \text { [mem1] - [mem2] } \] In a multi-cycle datapath implementation, this instruction will: a. Use the MDR twice b. Use the ALU once c. Use the "shift to left" unit twice d. None of the above Answer: B 18. Consider the following hypothetical instruction: Mems mem1, R1, mem2 This instruction works as follows: \[ \text { [mem1] } \leftarrow \mathrm{R} 1 \text { - [mem2] } \] One of the following is correct about this instruction: a. It will not need theBregister b. It will require priting into MDR twice c. It will require writing into the ALUout three times d. None of the above Answer: A 19. By comparing the hypothetical instructions given in Questions (17) and (18), if we run these instructions on the same processor, then one of the following is correct: a. Both instructions have the same CPI b. Mems executes faster than SubMem c. SubMem executes…