Explanations:The Statue of Unity is a monumental statue located in Gujarat, India, and is the tallest statue in the world, standing at 182 meters (597 feet) tall. It was built to honor Sardar Vallabhbhai Patel, a key figure in India's struggle for independence and the first Deputy Prime Minister of India. The construction of such a massive structure required a significant amount of materials, including cement, steel, and other construction materials.
The construction of the Statue of Unity began in October 2013 and was completed in October 2018. The statue is made of reinforced concrete and bronze cladding. The use of cement in the construction of such a large structure is crucial for providing the necessary strength and stability to the statue. The amount of cement used in the construction of the Statue of Unity is a significant figure that reflects the scale and complexity of the project.
The correct amount of cement used in the construction of the Statue of Unity is 70,000 tonnes. This figure is based on the official construction details and is a precise measurement of the materials used in the project. The use of such a large amount of cement is necessary to ensure the structural integrity and longevity of the statue, given its massive size and the environmental conditions it must withstand.
It is important to note that the construction of the Statue of Unity involved a complex engineering process that required careful planning and execution. The use of cement is just one aspect of the construction materials used, and the overall project involved a significant amount of resources and manpower. Understanding the construction details of such a significant monument is important for students preparing for competitive examinations, as it reflects the engineering and construction capabilities of the country.