So, what is physics? Well the world of physics, is absolutely massive and can be split up into so many different ways. One way we can split physics up is through applied, experimental and theoretical, and these three can branch off into so many different industries some even outside of STEM. Let's start off with the wildest of the bunch theoretical physics, and you're probably thinking of a chalkboard full of mathematical equations that are beyond anything you've learned in school, this is correct for the most part, they are no ordinary mathematical equations. They are equations that could theoretically explain how Thor gets from Asgard to Earth. No I'm being serious, this might sound like science fiction, But this is looking at Einstein-Rosen Bridges and wormholes . In other words tunnels that connect two points in space, in such a way that the trip through the wormhole would be incredibly quicker than traveling there through normal space. This all links to Ei...
Aircraft propulsion could be a fascinating topic, there square measure many varieties of engines and propulsion systems.. Many of that use the combustion of fuel, we tend to conjointly have a brand new generation of electrical propulsion, which still features a great distance to visit be deployed in mass, but little craft and alternative specially equipped planes square measure mistreatment it at once. Let’s begin with the foremost common form of engine, the piston engine. It’s constant form of engine employed in cars, the piston engine is incredibly reliable and has been employed in airplanes from the start of aviation. Pistons are often organized in several ways in which, and you'll be able to have as several as you can work beneath the engine hood, they'll be inline, opposed, V type or radial. The additional cylinders you have got the additional power output you’ll get, however conjointly additional fuel consumption In cars, you’ll ordinarily see the cylinders orga...
So what exactly is chemical engineering? Well it's an industry that impacts your life in more ways than you can ever imagine. From your laptop the face wash in your shower the orange juice you drank earlier, or those perfect pair of jeans. Chemical engineers have had an input in making all of these but how? Just imagine three oranges are used to make one glass of OJ (Orange Juice) but what about making a thousand glasses... a minute? Well that's an entirely different process. Here we don't start with oranges in our kitchen, no. We have to pick them, sort them, wash them, squeeze them, then the process changes entirely, we need to think about pasteurisation, concentration, enzyme treatment and so much more . Only then can we pour this juice into plastic bottles and package them up to be sent all around the world for millions of juice lovers! Now that's a lot of plastic bottles used for OJ (Orange Juice). If you watched our Environmental article you'll know all a...
Comments
Post a Comment