KNOW WHY PLANES DO NOT FLY OVER TAJ MAHAL !

The Taj Mahal, one of the Seven Wonders of the World, stands before you as an expression of divine love in all its magnificent beauty. The mausoleum was named a UNESCO World Heritage site in 1983 as one of the most stunning structural compositions in the world. Its dreamy beauty has enchanted the whole planet. The portrayal of divine love for an earthly lovely queen, which was previously conveyed by a Mughal Emperor, adds to the beauty of this exquisite work of art. The mausoleum is beautifully ethereal, built by Mughal emperor Shah Jahan to immortalize his wife and devoted companion Mumtaz Mahal, who died in childbirth in 1631. It appears pearly pink in the morning and opalescent in the evening. The bones of the Empress, as well as the Emperor, are entombed in the mausoleum's core.

But did you know that the Taj Mahal has been declared a no-fly zone by the Indian Government? In 2006, a government committee established a no-fly zone of 7.4 kilometers around the Taj Mahal. Because the Taj Mahal is a UNESCO World Heritage Site, it was designated as a no-fly zone for security reasons. As Buckingham castle and the White House are no-fly zones for security reasons, the Taj Mahal must be secured from any possible threats.

There are a few reasons for this:

1.) It's a popular tourist destination. When visiting the Taj Mahal, visitors like to be left alone. They don't want to be bothered. However, this is not the primary cause.

2.) Pollution is another reason for it. Marble was used for constructing the Taj Mahal. Marble begins to turn yellow as air pollution levels rise. It is believed that this occurred a decade or two ago, according to the information. To maintain its importance as a tourist attraction, the monument has to be restored to its former beauty.

3.) Prolonged exposure to vibration causes fatigue failures in all structures. Aircraft flying close to the Taj Mahal cause noise and vibration.

Thank you for reading the article.

KNOW WHAT IS THE DIFFERENCE BETWEEN SUV AND XUV !

XUV and SUV sound similar when it comes to automobiles. But there are slight differences in the purpose for what they are built for. Let's understand the difference between them in the following article. 

SUV stands for a sport utility vehicle, and it can seat 5 to 7 people. It has higher ground clearance for off-roading than a regular car, although its tires are also regular car tires. SUVs are recognized for their large, sturdy bodies and powerful engines.

The framework of an SUV is unique, and we name it a Ladder Frame Chassis. This chassis is in vehicles that we use in any situation, and it will support you no matter how much rubbing there is (example: ladder framework is used in commercial vehicles).

Something similar occurs in SUV vehicles; they can travel on any road without difficulty, and numerous well-known SUVs can travel on roads where standard cars cannot, such as the Safari, Scorpio, Fortuner, and Endeavour.

The full form of XUV is Crossover Utility Vehicle; it includes all of the attributes of an SUV, but an SUV is designed specifically for off-road use, whereas XUV is a hybrid vehicle.

The MAHINDRA uses the word XUV in India, and you may find the XUV automobile MAHINDRA (e.g. Mahindra XUV 500) in India.

TATA Harrier, on the other hand, falls under the SUV category.

These are the four components:

⦁ SUVs are particularly appealing to families because they offer a higher driving position, greater performance in snowy conditions, and lots of room.

⦁ Finally, although there are exceptions, most SUVs are built with mechanical elements that are particularly engineered for rigorous use.

⦁ Cars will get heavier as a result, and their fuel consumption will rise.

⦁ This is the primary distinction among SUVs and crossovers, which employ mechanical components from family vehicles and are particularly built for operation on icy roads.

Now you might have got to know what is the difference between XUV and SUV.

KNOW WHY SHIPS FLOAT AND NAIL SINKS IN WATER !

There is a general phenomenon of nail sinking and ship sailing. Let's understand why this happens in the following article.

We already know that when a body's density is less than that of water, it floats. When the density of a body exceeds the density of water, the body sinks in the water. The weight of water expelled by a needle is less than the weight of the needle, thus it sinks. And an iron ship is designed in such a way that it can transport a great amount of water. The weight of the water displaced by the ship's submerged part is equal to the ship's weight, therefore it may float. A body floats in a liquid when the weight of the entire body equals the weight of the liquid displaced by the submerged component of the body, according to the law of flotation.

An iron nail sinks in water because its density is greater than that of water. However, a massive iron ship floats. This is due to the form of the object. The midsection of a ship is hollow. When the ship is submerged, its whole volume, including the hollow section, displaces water to make room for itself. The amount of water displaced is substantially larger than the iron ship's bulk. As a result, the ship floats, whereas a sheet of iron is compact and has no air voids. Iron has a higher density than water. The sheet's weight exceeds the weight of the water displaced by the sheet. It sinks as a result.

The ship's effective density (m/V) is smaller than the density of the water because it is constructed in such as way.

V is the ship's volume, and m is the ship's mass.

The density of the nail (as of iron) is substantially higher than that of water. As a result, it sinks quickly. As a result, according to Archimedes' principle, the upthrust is more than the ship's weight. The iron ship floats on water because of this. Thank you for taking the time to read this article, hope you found it useful.