Who was the first Governor General of Bengal? [#1786]

Warren Hastings

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Warren Hastings

Rajeswar Singha

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Rajeswar Singha

Transmission Control Protocol
The Transmission Control Protocol (TCP) is one of the main protocols of the Internet protocol suite. It originated in the initial network implementation in which it complemented the Internet Protocol (IP). Therefore, the entire suite is commonly referred to as TCP/IP. Major internet applications such as the World Wide Web, email, remote administration, and file transfer rely on TCP, which is part of the Transport Layer of the TCP/IP suite. SSL/TLS often runs on top of TCP.

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Transmission Control Protocol
The Transmission Control Protocol (TCP) is one of the main protocols of the Internet protocol suite. It originated in the initial network implementation in which it complemented the Internet Protocol (IP). Therefore, the entire suite is commonly referred to as TCP/IP. Major internet applications such as the World Wide Web, email, remote administration, and file transfer rely on TCP, which is part of the Transport Layer of the TCP/IP suite. SSL/TLS often runs on top of TCP.

1940

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1940

Sanjib Baruah is a renowned scholar and commentator on the socio-political issues of northeast India. His book "India Against Itself" delves into the insurgency in Assam and explores the politics of subnationalism.

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Sanjib Baruah is a renowned scholar and commentator on the socio-political issues of northeast India. His book "India Against Itself" delves into the insurgency in Assam and explores the politics of subnationalism.

Dimapur, because it is not the capital of any state.

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Dimapur, because it is not the capital of any state.

Kaviraja Madhava Kandali was a Pre-Shankara era Assamese poet. His Saptakanda Ramayana is considered the earliest translation of the Ramayana into an Indo-Aryan language, Assamese.

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Kaviraja Madhava Kandali was a Pre-Shankara era Assamese poet. His Saptakanda Ramayana is considered the earliest translation of the Ramayana into an Indo-Aryan language, Assamese.

The Second Battle of Panipat was fought on November 5, 1556. The battle was fought between the forces of Hemu, the Hindu king of north India, and the army of Akbar, the Mughal emperor. The battle was a decisive victory for Akbar's generals Khan Zaman I and Bairam Khan.

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The Second Battle of Panipat was fought on November 5, 1556. The battle was fought between the forces of Hemu, the Hindu king of north India, and the army of Akbar, the Mughal emperor. The battle was a decisive victory for Akbar's generals Khan Zaman I and Bairam Khan.

The ancient Indian text "Rasaratnakara" (meaning "Ocean of Mercury" or "Jewel Mine of Mercury"), which delves into the intricacies of alchemy, metallurgy, and chemistry, is widely attributed to the Indian metallurgist and chemist Nagarjuna. This work is significant for detailing processes like the extraction of various metals including gold, silver, tin, and copper. While there can be some historical ambiguity due to multiple individuals bearing the name Nagarjuna and other texts with similar titles (like a 13th-century work by Nityanatha Siddha), the most prominent "Rasaratnakara" in the context of ancient Indian chemistry is associated with Nagarjuna, often placed around the 8th century AD.

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The ancient Indian text "Rasaratnakara" (meaning "Ocean of Mercury" or "Jewel Mine of Mercury"), which delves into the intricacies of alchemy, metallurgy, and chemistry, is widely attributed to the Indian metallurgist and chemist Nagarjuna. This work is significant for detailing processes like the extraction of various metals including gold, silver, tin, and copper. While there can be some historical ambiguity due to multiple individuals bearing the name Nagarjuna and other texts with similar titles (like a 13th-century work by Nityanatha Siddha), the most prominent "Rasaratnakara" in the context of ancient Indian chemistry is associated with Nagarjuna, often placed around the 8th century AD.

The difference of speed = 22m/s - 20m/s = 2m/s As the train with speed 22m/s will cross the other, hence this train have to go the smallest length of the trains distance ahead of the other to cross completely. Hence This train will be ahead of 100m with a speed of 2m/s. Hence The time to cross each other will take = 100m / (2m/s) = 50 sec

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The difference of speed = 22m/s - 20m/s = 2m/s As the train with speed 22m/s will cross the other, hence this train have to go the smallest length of the trains distance ahead of the other to cross completely. Hence This train will be ahead of 100m with a speed of 2m/s. Hence The time to cross each other will take = 100m / (2m/s) = 50 sec

Net change (-40 + 20 + $\frac{(-40)*20}{100}$)% = (-20 + $\frac{-800}{100}$)% = (-20 - 8)% = -28% = 28%

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Net change (-40 + 20 + $\frac{(-40)*20}{100}$)% = (-20 + $\frac{-800}{100}$)% = (-20 - 8)% = -28% = 28%