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What happens you have 2 modes?
you write both of the modes as your answer
What do you do when you have two modes in maths?
Nothing. You simply have a distribution that is bimodal. You report both modes.
How do you get the mode if there are two modes?
You find the number in between the two modes. It could be a decimal.
What are the 3 modes of transporatation?
The three modes of transportation r-land ,water and air
What if you have four modes and they all are the same amount of numbers in each mode?
then they are all considered modes
What is a addressing modes?
addressing mode is used to form an instruction format.
What are the Modes of integrated teaching?
the 4 modes of teaching are 1. thematic teaching 2. Content-based instruction 3. Focusing Inquiry 4. Generic Competency Model
What are the four modes of teaching?
the 4 modes of teaching are 1. thematic teaching 2. Content-based instruction 3. Focusing Inquiry 4. Generic Competency Model
What is addressing mode of instruction?
Addersing mode of a microprocesso tells the programmer that in which mode the instruction works . There are 5 addressing mode in 8080 , viz. Direct , register, indirect , immidiate ,implict addressing modes.
What has the author Marie Smith Houston written?
Marie Smith Houston has written: 'A COMPARISON OF TWO PRESENTATION MODES: A SLIDE-TAPE PROGRAM AND COMPUTER-ASSISTED INSTRUCTION TO TEACH BACCALAUREATE NURSING STUDENTS PRINCIPLES OF ORTHOPEDIC NURSING (CAST CARE)' -- subject(s): Curriculum and Instruction Education, Education, Curriculum and Instruction
What is the need of addressing mode?
The various addressing modes that are defined in a given instruction set architecture define how machine language instructions in that architecture identify the operand (or operands) of each instruction. An addressing mode specifies how to calculate the effective memory address of an operand by using information held in registers and/or constants contained within a machine instruction or elsewhere.
The modes of integrative teaching?
The modes of integrative teaching include thematic instruction, interdisciplinary learning, project-based learning, and problem-based learning. These modes aim to connect different subjects and real-world scenarios to enhance students' understanding and application of knowledge. Integrative teaching helps students make connections between different concepts and develop critical thinking skills.
What are the important instruction set design issues?
# Operation repertoire: How many and which operations to provide, and how complex operations should be # Data types: The various types of data upon which operations are performed # Instruction format: Instruction length (in bits), number of addresses, size of various fields, and so on. # Registers: Number of CPU registers that can be referenced by instructions, and their use. # Addressing: The mode or modes by which the address of an operand is specified
What are the modes for 1656 and 8?
There are no modes.
What if there is two modes?
Write both modes
Explain different types of addressing mode?
Addressing modes are an aspect of the instruction set architecture in most central processing unit (CPU) designs. The various addressing modes that are defined in a given instruction set architecture define how machine language instructions in that architecture identify the operand (or operands) of each instruction. An addressing mode specifies how to calculate the effective memory address of an operand by using information held in registers and/or constants contained within a machine instruction or elsewhere.Number of addressing modesDifferent computer architectures vary greatly as to the number of addressing modes they provide in hardware. There are some benefits to eliminating complex addressing modes and using only one or a few simpler addressing modes, even though it requires a few extra instructions, and perhaps an extra register.[1] It has proven[citation needed] much easier to design pipelined CPUs if the only addressing modes available are simple ones. Most RISC machines have only about five simple addressing modes, while CISC machines such as the DEC VAX supermini have over a dozen addressing modes, some of which are quite complicated. The IBMSystem/360 mainframe had only three addressing modes; a few more have been added for the System/390.When there are only a few addressing modes, the particular addressing mode required is usually encoded within the instruction code (e.g. IBM System/390, most RISC). But when there are lots of addressing modes, a specific field is often set aside in the instruction to specify the addressing mode. The DEC VAX allowed multiple memory operands for almost all instructions, and so reserved the first few bits of each operand specifier to indicate the addressing mode for that particular operand. Keeping the addressing mode specifier bits separate from the opcode operation bits produces an orthogonal instruction set.Even on a computer with many addressing modes, measurements of actual programs[citation needed] indicate that the simple addressing modes listed below account for some 90% or more of all addressing modes used. Since most such measurements are based on code generated from high-level languages by compilers, this reflects to some extent the limitations of the compilers being used
What happens you have 2 modes?
you write both of the modes as your answer
