Engineering in Kenya

Physics

Physics Lab Experiments History and Current Experiments Overview

Posted by on Sep 19, 2018 in Physics | 0 comments

300x250 animated Physics Lab Experiments History and Current Experiments Overview

Physics Lab Experiments  Physics Lab Experiments History and Current Experiments OverviewWithin the physics field , physics lab experiments is the category of disciplines and sub-disciplines that deals with the skills of observing physics  phenomena with the aim of gathering data about this universe.

These methods vary from simple experiments and observations like the Cavendish experiment to more complicated ones like the Large Hardron Collider.

Tentative physics rearrange all the disciplines of physics that are concerned with data-acquisition methods, data-acquisition itself, detailed conceptualization and realization of laboratory experiments.

Experimental physics is often put in contrast with hypothetical physics which is concentrates more on explaining and predicting the behavior of matter than getting of knowledge about it.

paydot 468x60 Physics Lab Experiments History and Current Experiments Overview

Experimental and theoretical physics have a symbiotic relation. Although they are concerned with diverse aspects of nature, they together share the same goal of understanding.

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Introduction to Data Structures

Posted by on Sep 18, 2018 in Physics | 0 comments

Data Structures involves the study of three things,

468x60 002 Introduction to Data Structures
  1. Logical and mathematical description of the structure
  2. Implementation of the structure on a computer
  3. Quantity analysis of the structure which includes determining the amount of memory to store the structure, the time required to process the structure.

Data may be organized in many different ways; the logical or mathematical model of a particular organization and this is what is called data structure. The choice of a data model depends on two considerations. It must be rich enough in structure to mirror the actual relationship of data in the real world and it should be simple enough that one can effectively process the data when necessary. There are different type of data structures the arrays, linked list and the trees.Engineering in Kenya has more information.

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How Physical Therapy NJ Helped in Curbing Chordomas?

Posted by on Sep 11, 2018 in General, Physics | 0 comments

Physical Therapy NJ  How Physical Therapy NJ Helped in Curbing Chordomas?Physical Therapy NJ had to take a new form after there emerged numerous cases where people had Chordomas.

Chordomas can occur from the head to the tailbone. Actually, it can occur anywhere along the spine. Mostly, it is found in the clivus and sacrum or coccyx.

Less frequently, it can occur in the lumbar vertebrae, cervical, and thoracic of the pine. Extremely rare cases of the complication can occur away from the spine in the ribs, legs and feet.

468x60 animated How Physical Therapy NJ Helped in Curbing Chordomas?

Brain tumors are Chordomas occurring in the head. However they do not exactly form from brain cells. The disease grows out of the bone but because of their location in the skull, they often compress, touch or invade nearby critical structures such as the Dura, nerves, arteries, and brainstem. In the lower spine it can displace and compress the bowls and rectum.

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Physical Therapy Universities Typical Doctor

Posted by on Sep 6, 2018 in Physics | 0 comments

Physical Therapy Universities Physical Therapy Universities Typical DoctorPhysical therapy universities doctors are allied health professionals with doctor’s degree in physical therapy.

They remain in the post as therapy doctors for 3 to 4 years. They may however conferred after successively completing a professional doctoral program

A year transitional degree is also given to those who already have the masters of physical therapy degree. After affecting a DPT program the graduate can continue training as a resident or a fellowship

Mainly, physical therapy is provided physical therapist that has acquired a degree in physical therapy and is recognized by customers and other healthcare professionals as officers of choice whom customers can access directly.

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Dimensional motion for Master in Physics Solution

Posted by on Sep 3, 2018 in Physics | 0 comments

Dimensional motion for Master in Physics Solution is movement of an object in certain planes. Motion in physics can be in one, two or three dimensions.

 One dimensional motion for Master in Physics Solution, Engineering in Kenya has more articles.
One dimension in motion means that the body is moving in only one plane and that therefore implies that the body moves in a straight line. If one rolls a marble on a flat surface and in a straight line (not easily done), the marble would be undergoing one dimensional motion as defined in the Master in Physics Solution program.

There are four acute variables which when put together in an equation describe one dimensional motion. These are;

ü  Velocity (V);

  • Initial velocity (u)
  • Final Velocity (v)

ü  Acceleration (a)

ü  Displacement (s) and

ü  Time elapsed (t).

The equations below show the relationship between these variables in one dimensional motion;

  • V2 = u2 + 2as
  • V = u + at
  • S = ut + 1/2 at2
  • Average velocity = (v + u)/ 2

With these equations found in the Master in Physics Solution program, one can calculate on any form of motion in a straight e.g. the acceleration of a car.

Two and three dimensional motion for Master in Physics Solution

The two forms of dimensional motion in the Master in Physics Solution program are better defined when divided into scalar and vector quantities. The difference between scalar and vector quantities as put in the Master in Physics Solution program is in the terms ‘magnitude’ and ‘direction’. Magnitude defines how much of the quantity is there. Direction is the way in which a certain magnitude moves.  Scalars are physical quantities which are defined by their magnitude only. Scalars include mass, speed, volume, distance etc. Vectors are physical quantities defined by their magnitude and direction. Vectors include velocity, acceleration, force, momentum etc.

Vector Addition in Master in Physics Solution
Parallelogram law of vector addition

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