The Density conversion calculator is an extremely easy to use math calculator among the plethora of other online calculators. Developed by iCalculator, this is the fastest and most reliable ratio calculator for various units of measurement.
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Interestingly, density plays quite a crucial role in our lives, the majority of which go unnoticed. Before we discuss density conversion calculator in detail, let's get a firm grasp on the concept of density.
In the simplest of words, density is defined as the quantity of mass contained in an object per unit volume. The concept of density can be best understood by the age old riddle:
Which one's heavier, one kg cotton or one kg of iron bar?
Now, both these items in question may weigh the same, but the space they take up varies a lot. And that's because cotton is denser than iron.
In scientific terms, objects with their molecules packed tightly have more density than their "airy" counterparts. A dense fog has more water vapours packed per cubic inch as compared to any other, relatively normal day.
iCalculator developed the density conversion calculator, paying close attention to easy interface and fast results. The key idea behind this math calculator is to fetch you accurate results with the minimum clicks.
Operating this online calculator is really simple, all you need to do is simply type in a value that you want to convert. Next, you need to choose a unit that you want to convert from and the unit that you want the density to convert into. These three easy steps will give you the right result within a jiffy.
Density determines whether an object will float or sink. From building ships to hot air balloons to understanding how liquids mix, density plays a vital role in everything.
Let's understand all this through examples, shall we?
Irrespective of its weight, the density of a boat is less than a penny. Which is why a boat floats in water while a penny sinks. But that's just one aspect of what makes an object float on water. The other important factor is the surface area.
Similarly, the density of oil is less than water. This the reason why oil floats on top of water. This is also the reason why fires caused due to petrol or other flammable oil should never be doused with water. In such a case, oil will float on top of water and the fire may spread beyond controllable measures.
The density of water is maximum at 4°C. When water freezes and turns into ice, the molecules form a squirrel cage like structure and there's a massive reduction in its density. As a result, ice floats on water. The loss of density is also the reason why soda and water bottles tend to burst when they solidify into ice.
Helium balloons have lower density as compared to normal air, and same is the case with hot air balloons. This is why both of them rise and float way high in the sky
You may wonder what role does density play in aircrafts, right? After all, we can read that the flight of an airplane is due to the propellers, affecting the pressure and velocity to enable an airplane's flight.
However, as the aircraft flies, it consumes fuel. Which means it's weight keeps changing. The consistently lowering weight alters the density. This further affects the center of mass of the aircraft. Pilots need to make more than a few adjustments to keep the aircraft levelled with its constantly altering density and center of mass.
Water from different regions come in contact with different minerals, altering its density by a great deal. The more minerals water has, the denser it gets. This changes the way water flows. The greater density also plays a major role in calculating the pressure it will exert on the walls of a dam.
Although a relatively rare incident, oil spills happen in oceans when an oil container or a ship malfunctions. All the oil spread across a large area affects the aquatic life. Solving this issue revolves around density too!
Given the fact that density plays such a crucial role without us realizing, it doesn't come as a surprise that we really need a density conversion calculator. It enables us to measure density in a unit that we are familiar with, allowing us unprecedented ease in calculations that matter.
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