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Author: Saumya Madubhashini

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Relative Motion

Motion that happens relative to the observer (Reference frame) can be defined as relative motion.

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Mechanics|Physics

Linear Momentum

When the object is moving on a linear path it has a linear momentum. The linear momentum of an object is given by the product of its mass and velocity.

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Mechanics|Physics

Linear Motion

Linear motion or Rectilinear motion is the motion of an object along a straight line.

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Mechanics|Physics

Upthrust, Buoyancy, and Buoyant Force

When an object is completely or partially submerged in a fluid, the upward force exerted by the fluid on the object is called Upthrust.

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Fluid Mechanics|Physics

Water Potential - Water Transport in Plants

The kinetic energy capacity of water molecules to move from one place to another place is called water potential.

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Biology|Plant Biology|Plant Physiology

Density and Relative Density

Density is defined as the mass of a unit volume of any substance. Relative density is the ratio of the density of any substance to the density of water.

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Intensive Property of Matter|Mechanics|Physics

Inverting Amplifier – Inverting Operational Amplifier

Inverting amplifier or inverting operational amplifier is a type of op-amp configuration where the input voltage is changed in the opposite direction.

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Electronics|Physics

Op Amp – Operational Amplifier

An operational amplifier is an integrated circuit containing several transistors, resistors, a few capacitors, and diodes. Op-amps are used to amplify an external voltage with a very high gain.

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Electronics|Physics

Molecular Weight of Polymers

The molecular weight of polymers are directly affected by the various physical properties of the polymers.

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Polymer Science and Technology|Industrial Applications of Polymers|Plastic Technology|Rubber Technology

Synthesis of Synthetic Rubber - Polymerization Methods

There are two main polymerization methods used in the synthesis of synthetic rubber. They are Step-growth polymerization and Chain growth polymerization.

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Rubber Technology|Industrial Applications of Polymers|Polymer Science and Technology

Emulsion Polymerization

Emulsion polymerization is a special case of free radical polymerization in a heterogeneous system.

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Polymer Science and Technology|Industrial Applications of Polymers

EDTA Titration with an Auxiliary Complexing Agent

The auxiliary complexing agent is a complexing agent which is also complexing with the metal ion, less strong than EDTA.

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Analytical Chemistry|Chemistry|General Chemistry

EDTA Titration Curves

In complexometric titrations with EDTA, the EDTA titration curve is plotted pM vs the volume of the titrant added

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Analytical Chemistry|Chemistry|General Chemistry

EDTA Titrations - Concepts, Explanation, and Examples

Because EDTA Is a good chelating agent, EDTA titrations are widely used for identifying unknown metal ion concentrations in solutions.

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Analytical Chemistry|Chemistry|Equilibrium Chemistry|General Chemistry

Complexometric Titrations (Chelatometry) - Principles and Examples

Titration methods are used to determine an unknown concentration of a substance. This article discusses complexometric titrations.

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Analytical Chemistry|Chemistry|Equilibrium Chemistry|General Chemistry

How to Calculate the Hardness of Water by EDTA Titration

In general definition, the hardness of water is described as a measurement of the capacity of water to precipitate soap.

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Analytical Chemistry|Chemistry|General Chemistry

Material Balance of a Chemical Engineering Process

Material balance or mass balance is the calculation of the amount of each component at the inputs and outputs in every process step.

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Industrial Chemistry|Chemistry

Dissolved Oxygen (DO) of Natural Water Bodies - How to Measure Dissolved Oxygen of Water

Dissolved oxygen analysis is a fundamental test in water pollution evaluation and waste treatment process control.

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Analytical Chemistry|Chemistry|General Chemistry

Acids and Bases (Acid-Base Equilibria) - Strong Acids and Bases, Weak Acids and Bases, and pH Calculations

Acids and bases can be simply explained according to their ability to donate H+ or OH- ions. There are few theories that describe what acids and bases are.

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Equilibrium Chemistry|Analytical Chemistry|Chemistry|General Chemistry

What is Process Development? - Objectives and Steps of Process development

Process development includes the development part of a process and the maintenance part. There are three main objectives of process development.

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Industrial Chemistry|Chemistry

Introduction to Process, Process Unit, and Unit Operation

A manufacturing process consists of individual processing units. The individual processes happening in each individual process unit are called “Unit operation”.

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Industrial Chemistry|Chemistry

Colloidal Systems - What are Colloidal Solutions?

A colloidal system is a homogeneous non-crystalline system consisting of large molecules or ultra-microscopic particles (1-1000nm).

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Nano Chemistry|Chemistry

Chemical Reactors - Common Types of Chemical Reactors Used in Industries

A chemical reactor is an enclosed volume where a chemical reaction occurs in a chemical process.

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Industrial Chemistry|Chemistry

How to Measure pH in Water

pH value is a measurement of H+ ions in a medium. This article describes the experimental way of How to Measure pH in Water.

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Analytical Chemistry|Chemistry|Equilibrium Chemistry|General Chemistry

Determination of the Ion Concentration in a Natural Rubber Latex Sample

This article is a guide for determining the ion concentration in a natural rubber latex sample.

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Rubber Technology|Analytical Chemistry|Polymer Science and Technology

New Product Analysis

Every product is designed in a particular way and new product analysis helps to understand the important aspects of a product before the production

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Industrial Applications of Polymers|Plastic Technology|Polymer Science and Technology

Viscoelastic Models for Polymers

Several viscoelastic models have been introduced to explain the viscose and elastic behavior of viscoelastic materials.

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Industrial Applications of Polymers|Plastic Technology|Polymer Science and Technology|Rubber Technology

How to Find the Concentration of a Solution

The concentration of a solution is the dissolved amount of moles of the solute. This article describes how to find the concentration of a solution

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General Chemistry|Chemistry

Dynamics of Entangled Polymers

Entangled polymers behave as cross-linked rubber. This article discusses the dynamics of entangled Polymers.

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Industrial Applications of Polymers|Plastic Technology|Polymer Science and Technology|Rubber Technology

Newtonian and Non-Newtonian Fluids

Fluids can be divided into two categories based on the change in their viscosity when shear is applied as Newtonian and Non-Newtonian Fluids.

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Fluid Mechanics|Physics|Polymer Science and Technology

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