Free Essays on Length to Get Inspired & Learn by Example

Introduction

In this paper we will show basics of use of Mintab 16 statistical software related to a real world problem. As it mentioned in the case study, “fine dusts formed during production activities are a potential health hazard for those who are working in brick, tile, porcelain and crystal glass manufacturing. One of the reasons for this is that the smallest particles in fine dusts may contain Respirable crystalline silica formed from the quartz component of the raw materials.”
In this case we are given with a data set of workers in brick, tile, porcelain and crystal glass manufacturing . Continue reading...

There have been concerns by the Health and Safety Executive (HSE) that workers in the ceramics sector have an increased likelihood of being affected by silicosis as a result of prolonged use of raw materials which contain quartz, feldspar and china clay. The quartz component of the raw materials causes the formation fine dusts which contain small particles that in some cases contain Respirable Crystalline Silica (RCS). Excessive exposure especially for a long period of time leads to a pulmonary fibrosis (silicosis) which results in incapacity and sometimes death. The objective of this study is to access if there Continue reading...

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1.0 Abstract
The report is divided into two major sections. The first section of the report deals with a discussion about fundamental physical quantities together with their SI units. The quantities highlighted in the report include Mass, length, time, temperature and plane angle. A discussion of the derived physical quantities together with their units has also been presented in clear detail. The second part of the report focuses on providing a discussion of two machines that apply thermodynamics and are used in oil and gas industry. The machines identified to apply Continue reading...

REPORT

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Introduction

The experimental objective for Lab 6: Acceleration Due to Gravity, was to find a precise value for the acceleration due to gravity using the method of free fall and the swinging pendulum method. For part A of the lab, a steel ball was dropped from an electromagnet landing on a reaction pad. While falling, a photogate was placed at certain heights recording the time over a distance in seconds and meters. The photogate measured the time from when the ball passed the photogate to when the ball landed on the reaction pad. For any free falling object, mass Continue reading...

Interpreting Logistic Regression Output from Excel

Interpreting Logistic Regression Output from Excel

Introduction

When we have a binary output variable Y, and we wish to model the conditional probability of (Y, given X) as a function of X, one approach is to perform logistic regression. Logistic regression introduces the ‘logistic transformation’, log p (x)/(1-p (x). This logistic transformation helps in avoiding results that would not normally make sense. Using this approach, logistic regression helps to determine the probability of a categorical dependent variable based on one or more predictor variables (Carnegie Mellon University, n.d.).
The challenge is to convert this data to a prediction Continue reading...

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ABSTRACT

Continuum mechanics is a combination of physical laws and mathematics that estimate the behavior of matter that is prone to mechanical loading. The basic equations involved in continuum mechanics may be formed in two distinct but fundamentally parallel formulations. In continuum mechanics, deformation is the transformation of certain bodies or objects from a reference shape to a present shape. This paper explores the different types of deformation in continuum mechanics.

Keyword: continuum mechanics, deformation, stretch, rotation, strain, physics laws, mathematics

INTRODUCTION
The examination of the mechanical and kinematic characteristic of materials demonstrated on the continuum postulation is termed as continuum mechanics. Continuum mechanics is divided into two Continue reading...

GROWTH AND BRANCHING OF A GARDEN ROSE

The Effect of Mechanical Stimulation on the Growth and Branching of a Garden Rose
In an effort to shape a potted plant to the required shape, it is necessary to control the branching and compact growth. Use of chemical regulators is common, but concerns about the health of the plant and of the environment prompt research into other areas. Research into the application of mechanical stimulation offers a potential alternative.
The experiment used the breed Rosa Hybrida ‘Radrazz’ Knock-out. Two frequencies were applied to young plants in two separate increments. The horizontal bar applying the frequencies passed back and Continue reading...

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Introduction

A motorcycle suspension system helps in dual manner – support the vehicle brake and maintain the balance. This directly translates in to the bike’s safety and provides suitable comfort and balance to the rider. The function of the suspension system is to absorb the shocks while handling, breaking or while simply riding on the road. The vibrations caused while running the vehicle are ‘dampened’. Thus, the name ‘vibrations damper’ for the shock absorbers. The rear suspension, also called “rising-rate” is popularly used in motorcycle design and manufacturing. Here the wheel is suspended by Continue reading...

Introduction

One of the systems of the body is the muscular system which is has a specific function of either contracting or shortening (Seeley et al 2008). The muscular system has three types namely the skeletal, cardiac, and smooth muscle. Skeletal muscle is a type of muscle tissue that allows movement of the body. Muscle contraction is defined as the process where in muscle fibers produce tension or action potential frequency when there is an interaction among different contractile proteins or sliding of actin over myosin myofilaments which is controlled by the nervous system. Action potential frequency is defined as Continue reading...

INTRODUCTION

This write up gives details about implementation techniques that have been adopted by CPU manufacturers to improve the speed of information processing of CPU especially with the use of techniques as pipelining and the implementation of Reduced Instruction Set Computers (RISC) architecture. Most of the high performance computers make use of these techniques in some form. The details of the RISC architecture where fewer machine language instructions are used, and all instruction formats are kept of the same length in order to simplify the fetching and decoding process of instructions.

The history of the RISC architecture can be traced Continue reading...