The diameter of the base is 14.3 meters wide while the top floor measures 2.7 meters in diameter.
The diameter of the base is 14.3 meters wide while the top floor measures 2.7 meters in diameter.
Qutub - ud - din -aibak started construction in 1193 but it was not completed by him.He complete the only base storey of it.But His successor and Iltutmush created 3 more storeys on the base storey which is created by the first muslim ruler Qutub-ud din -aibak.And in 1368 Firoz Shah Tughlak added last storey of Qutub minar.So this is history that by whom and when Qutub minar is constructed.
Qutub minar was built by Qutbuddn Aibak till the first storey then he died and it was completed by Iltutmish. This is the Muslim version of the history. The real history is different. The township adjoining the Kutub Minar is known as Mehrauli. That is a Sanskrit word Mihira-awali. It signifies the town- ship where the well known astronomer Mihira of Vikramaditya's court lived along with his helpers, mathemati- cians and technicians. They used the so-called Kutub tower as an observation post for astronomical study. Around the tower were pavilions dedicated to the 27 constel- lations of the Hindu Zodiac. Kutubuddin has left us an inscription that he destroyed these pavilions. But he has not said that he raised any tower. The ravaged temple was renamed as Kuwat-ul-Islam mosque. Stones dislodged from the so-called Kutub Minar have Hindu images on one side with Arabic lettering on the other. Those stones have now been removed to the Museum. They clearly show that Muslim invaders used to remove the stone- dressing of Hindu buildings, turn the stones inside out to hide the image facial and inscribe Arabic lettering on the new frontage. Bits of Sanskrit inscriptions can still be deciphered in the premises on numerous pillars and walls. Numerous images still adorn the cornices though disfigured.
Geometry plays a crucial role in the design and construction of Qutub Minar, the tallest brick minaret in the world. Its cylindrical shape is a prime example of geometric precision, with a base diameter of about 14.3 meters tapering to 2.7 meters at the top, creating a visually striking silhouette. The intricate carvings and decorative elements, including arches and balconies, reflect the principles of symmetry and proportion, which enhance both its structural stability and aesthetic appeal. Overall, geometry not only contributes to the minaret's stability but also elevates its artistic expression.
The Qutub Minar features a combination of various geometric shapes, primarily cylindrical for its tower. The minaret has a square base, which transitions into an octagonal shape at its lower levels before becoming cylindrical higher up. Additionally, it incorporates intricate carvings and decorative elements that include arches and floral motifs, enhancing its architectural complexity. Overall, while the main structure is dominated by cylindrical and square shapes, the decorative aspects introduce a variety of forms.
the base by Quttubudin aibak/then the next floor by illtutmish, but due to the natural calamities such as thunderstorm etc. it was getting to be destroyed,and the rest of the part of it was made by allaudin kalji,muhammad tugluq,ibrahahim lodi.
Mount Erebus has a base diameter of approximately 30 kilometers.
base:12 by 10
To determine the size of a light bulb base, you can measure the diameter of the base in millimeters. Light bulb bases typically come in standard sizes such as E26 (26mm diameter) or E12 (12mm diameter). You can use a ruler or caliper to measure the diameter of the base to identify the correct size.
The base has a circumference of 93 miles
You can't. In addition to the cylinder's diameter, the pressure at its base also depends on the density and depth of the fluid in the cylinder ... which gives you the weight of fluid resting on the base area. The pressure alone is not enough information to allow you to calculate the diameter.
Triangles don't have a diameter. They have a base and a height.