- What is the formula for depth of cut?
- What are the five steps in MIPS instruction execution?
- What is normal flow rate?
- How do you calculate instructions?
- What is the formula of cutting speed?
- Is Cycle a machine?
- What is machine cycle and T State?
- How do you calculate machine cycle time?
- What is the formula for calculating drops per minute?
- How do I calculate flow rate?
- Which cycle do all machines follow?
- What are the different stages in pipelining?
- What is difference between machine cycle and instruction cycle?
- What is the formula for volumetric flow rate?
- What is machine cycle?
- What are the five stages of a machine cycle?
- What is a toolholder?
- What is the material removal rate formula?

## What is the formula for depth of cut?

Cutting speed V=80 m/min, Feed is f=0.8 mm/rev, Depth of cut = 3 mm per pass.

f=0.8 mm/rev The turning will be done in 2 steps.

In first step a length of (50 + 50) = 100 mm will be reduced from Ø100 mm to Ø80 mm and in second step a length of 50 mm will be reduced from Ø80 mm to Ø60 mm..

## What are the five steps in MIPS instruction execution?

In general, let the instruction execution be divided into five stages as fetch, decode, execute, memory access and write back, denoted by Fi, Di, Ei, Mi and Wi. Execution of a program consists of a sequence of these steps. When the first instruction’s decode happens, the second instruction’s fetch is done.

## What is normal flow rate?

Normal flow rate is 1 atmosphere (101.3 kPa) or 14.696 psia at 32 0F (0 0C). Actual flow rate is the actual volume of fluid that passes a given point based on given pressure and temperature of the process.

## How do you calculate instructions?

Divide the number of instructions by the execution time. … Divide this number by 1 million to find the millions of instructions per second. … Alternatively, divide the number of cycles per second (CPU) by the number of cycles per instruction (CPI) and then divide by 1 million to find the MIPS.

## What is the formula of cutting speed?

What is the cutting speed when main axis spindle speed is 700min-1 and external diameter is Ø50? Substitute π=3.14, Dm=50, n=700 into the formula. Substitute π =3.14, Dm=50, n=700 into the formula. Cutting speed is 110 m/min.

## Is Cycle a machine?

A machine cycle, also called a processor cycle or a instruction cycle, is the basic operation performed by a central processing unit (CPU). … A machine cycle consists of a sequence of three steps that is performed continuously and at a rate of millions per second while a computer is in operation.

## What is machine cycle and T State?

The time required by the microprocessor to complete an operation of accessing memory or input/output devices is called machine cycle. One time period of frequency of microprocessor is called t-state. A t-state is measured from the falling edge of one clock pulse to the falling edge of the next clock pulse.

## How do you calculate machine cycle time?

How to Measure Cycle TimesMany people simply calculate the cycle time by dividing the working time by the number of parts produced during this working time.Another common approach to determine the cycle time is to simply look it up in one of the data sheets. When the machine was built, surely somebody must have set a time into the machine.

## What is the formula for calculating drops per minute?

The drops per minute would be calculated as total volume, divided by time (in minutes), multiplied by the drop factor of 60 gtts/min, which also equals 41.6, rounded to 42 drops per minute.

## How do I calculate flow rate?

The flow rate formula, in general, is Q = A × v, where Q is the flow rate, A is the cross-sectional area at a point in the path of the flow and v is the velocity of the liquid at that point.

## Which cycle do all machines follow?

A machine cycle consists of the steps that a computer’s processor executes whenever it receives a machine language instruction. It is the most basic CPU operation, and modern CPUs are able to perform millions of machine cycles per second. The cycle consists of three standard steps: fetch, decode and execute.

## What are the different stages in pipelining?

Pipelining divides the instruction in 5 stages instruction fetch, instruction decode, operand fetch, instruction execution and operand store. The pipeline allows the execution of multiple instructions concurrently with the limitation that no two instructions would be executed at the same stage in the same clock cycle.

## What is difference between machine cycle and instruction cycle?

Instruction Cycle – The Steps required by CPU to fetch and execute an Instruction is called a Instruction Cycle. It consist of fetch and Execute Cycle. Machine Cycle – It is a time Required by microprocessor to complete the operation of accessing memory or I/O devices is called machine cycle.

## What is the formula for volumetric flow rate?

So, we get a new formula for the volume flow rate Q = A v Q=Av Q=AvQ, equals, A, v that is often more useful than the original definition of volume flow rate because the area A is easy to determine.

## What is machine cycle?

To actually run the code, the processor then needs to retrieve instructions one by one from memory so it can run them. This process consists of three stages: fetching the instruction, decoding the instruction, and executing the instruction – these three steps are known as the machine cycle.

## What are the five stages of a machine cycle?

Four steps of machine cycle Fetch – Retrieve an instruction from the memory. Decode – Translate the retrieved instruction into a series of computer commands. Execute – Execute the computer commands. Store – Send and write the results back in memory.

## What is a toolholder?

A tool holder is a machining component that holds the end mill in place. Its purpose is to hold the tool in place as precisely and firmly as possible, as a barely perceptible increase in runout can ruin your project or break your cutting tool.

## What is the material removal rate formula?

Phrased in another way, the MRR is equal to the volume of residue formed as a direct result of the removal from the workpiece per unit of time during a cutting operation. The material removal rate in a work process can be calculated as the depth of the cut, times the width of the cut, times the feed rate.