Measurement

Estimation (from Old French, mesurement) is the task of numbers to protests or events.[1] It is a foundation of most common sciences, innovation, matters of trade and profit, and quantitative research in other social sciences.

Any estimation of an item can be judged by the accompanying meta-estimation criteria qualities: level of estimation (which incorporates size), measurements (units), and vulnerability. They empower correlations to be carried out between

Mol Concepts and Calculation of Chemical

You would never hear the unit dozen, terrible, ream, or scores to express the quantity of articles. The quantity of particles is communicated in units of moles. Unit is currently communicated as the quantity of moles of standard Tikel (iotas, particles, or particles) in a substance. Masters concur that one mole of a substance containing the same number of particles with the quantity of particles in 12.0 grams of C-12 isotope that is 6.02 x 1023 particles. Molecule number is called Avogadro's number (NA = Avogadro's Number) or in German Numbers Loschmidt (L).

Global System of Units

Global System of Units

"SI" redirects here. For different uses, see Si.

For a topical manual for this subject, see Outline of the metric framework.

The seven SI base units and the interdependency of their definitions. Clockwise from top: kelvin (temperature), second (time), meter (length), kilogram (mass), candela (iridescent force), mole (measure of substance) and ampere (electric current). The second of time, kelvin and kilogram are

Real Number

For the genuine numbers utilized as a part of distinct set hypothesis, see Baire space (set hypothesis). For the registering datatype, see Floating-point number.

In math, a true number is an esteem that speaks to an amount along a persistent line. The genuine numbers incorporate all the balanced numbers, for example, the whole number −5 and the portion 4/3, and all the nonsensical numbers, for example, √2 (1.41421356… , the square foundation of two, a silly mathematical number) and π (3.14159265… , a transcendental number). Genuine numbers can be considered

Pseudocode

Pseudocode is a casual abnormal state portrayal of the working guideline of a machine project or other calculation.

It utilizes the structural traditions of a programming dialect, however is expected for human perusing instead of machine perusing. Pseudocode ordinarily precludes subtle elements that are not crucial for human understanding of the calculation, for example, variable assertions, framework particular code and a few subroutines. The programming dialect is increased with regular dialect depiction points of interest, where helpful, or with reduced numerical documentation.

Flowchart

A flowchart is a sort of graph that speaks to a calculation, work process or procedure, demonstrating the steps as boxes of different sorts, and their request by interfacing them with bolts. This diagrammatic representation delineates an answer model to a given issue. Flowcharts are utilized as a part of investigating, planning, reporting or dealing with a procedure or program in different fields.

Basic Concepts

Alogarthm is sequence of logical steps for solve a problem compiled systematically . And Programming is a set of instructions / commands to the computer language that serves to connect the user to the computer. Or it could be called the implementation of programming languages .

example of Alogarthm :

The steps call at a pay phone coin :

Forecasting

Method in Forecasting

In prevous post we learn some method in forecasting , now lets see how every method work ! .

1.     Naive

In Naive method we just take prevous data to forecasting a next period , this the example :

Suppose D_oct = 90 units then demand prediction for November will be = D_oct = 90 units.

From above example we get formula Demand forecast for next period is same with the current demand:

                                D_t+1 = D_t

Forecasting/Production Planning

OK now the next chapter in Introduction Industrial Engineering subject . this time we will learn Forecasting .

Introduction Industrial Engginnering

Engginnering must adding value to the product , for example from material that we process become a thing with more value from material .

there is the simple just like this picture