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Ozone Layer Depletion explained | Protocols for prevention of Ozone Depletion

Let us Discuss the formation of ozone layer first which will help to understand its depletion better. Ozone Layer Depletion Formation of Ozone (O3): When molecular oxygen(O2) comes in contact with sunlight (UV) it breaks oxygen into two monoatomic oxygen radicals. Formation of nascent oxygen (single atom of oxygen) also known as monoatomic oxygen radical which is quiet simple. This nascent oxygen is highly unstable and very reactive with anything. Chemical reaction involve is Sunlight (UV) O2 一一一一一一一> [O] + [O] This nascent oxygen is combined with another surrounding oxygen molecule which results in the formation of ozone which is triatomic oxygen molecule. O2 + [O] 一一一一一一一一> O3 Ozone layer depletion: Ozone is present in the stratosphere which is naturally occurring substance present in the form of thin layer. This stratospheric ozone is also known as good ozone since it protects us from harmf

Functions of riser in casting.

Riser: Riser is the most important gating element used in casting process. Riser is used to compensate the liquid and solidification shrinkage during solidification process. cross sectional view of casting Functions of riser: Riser ensure the complete filling of the cavity so that the sound casting can be produced. Clearly riser functions can be divided into four categories. Used to compensate shrinkage (Liquid and solidification). Ensure complete filling of the cavity. Make the dense/compact casting. Allow gases to escape so that gas defect free casting can be obtained. This article is incomplete. we'll update it soon.

Just-In-Time (JIT) Production

The basic idea behind just in time production is to eliminate stockpiles of inventory during production. It was first introduced and implemented in Japan to eliminate wastes of machines, materials, capital, manpower and inventory during manufacturing. But it was first implemented on a large scale at Toyota Motor Company in 1953 and give it a name Kanban which means visible record. Just-In-Time (JIT) Goals: Receive supplies just in time to be used. Produce parts just in time to be made into sub assemblies. Produce sub assemblies just in time to be assembled into final products. Produce and deliver finished products just in time to be sold. Just in time There are two Approaches of manufacturing First Approach is Push System which defines as the parts are made in batches, placed in inventory,and used whenever necessary which is also known as Traditional manufacturing. Second Approach is Push System parts are produced to order, and the

Where does Mechanical Engineers work and what exactly they do?

Engineering has been considered as a lucrative profession since we start developing things. And this is correctly so because engineering and science concepts are used in every aspect of life. You will always see a high trending chart of Technology which required engineers to develop and work on. Workshop Mechanical Engineers are backbone of every manufacturing and production companies whether small or big it doesn't matter. Lets find out the answer some of the very basic Questions. Where does Mechanical Engineers Work? Aerospace Automobile Power plants and energy generation Manufacturing Machine Design Construction and Building Defense Equipments Agriculture Equipments Material Science Ship Building Oil and petroleum Industry Air conditioning and Refrigeration Industry > What exactly Mechanical Engineers do? Mechanical engineers develop, design and test new products or existin

Simple explanation of Force | Newton's 2nd law of motion

What is Force? The simplest way to define force as: Force - Any action that tends to maintain or alter the motion of a body is called force . Man applying Force As seen in the picture above block is in rest initially and a man pushes it to move, that push is known as force. More scientifically Newton state the force as: Newton's 2nd law of motion: Rate of change of momentum is called force. Or we can say that for a constant mass force is directly proportional to acceleration. we knew that momentum is defined as multiplication of mass and velocity of matter. so, change in momentum is mass multiply by change in velocity. momentum change = m( v 2 – v 1 ) SI unit F = (mv 2 – mv 1 ) mass (m) - kg t velocity (v) - m/s

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