ANS:B - Only argument II is strong

Explanation: Clearly, I does not provide a strong reason in support of the statement. Also, it is not possible to analyze the really deserving and not deserving. So/argument II holds strong.

ANS:A - True

No answer description is available

ANS:D - l = 3L

It's as per IS800:2007 Table 16 Clause 8.3.3.

ANS:C -

No answer description is available.

ANS:B - RD

No answer description is available.

ANS:B - naphthenic

The highest quality bitumen is typically produced from naphthenic crude oil. Here’s why:

1. Crude Oil Composition: Naphthenic crude oils are characterized by their higher content of naphthenic hydrocarbons, which are cyclic or ring-shaped molecules. These crude oils generally have lower sulfur content and higher API gravity compared to heavier, more paraffinic or asphaltic crude oils.
2. Bitumen Quality: Bitumen produced from naphthenic crude oil tends to have desirable properties such as higher softening points, better temperature susceptibility (resistance to temperature changes), and improved durability. These characteristics are crucial for ensuring the quality and performance of bitumen in various applications such as road construction and waterproofing.
3. Applications: High-quality bitumen is essential for durable and long-lasting infrastructure projects. Naphthenic crude oils provide feedstocks that yield bitumen with superior properties, making them preferred for producing premium-grade bitumen products.

ANS:D - Sri Lanka

The Exim Bank extended a $500 million credit line to Sri Lanka.

ANS:A - China

The Chang'e-6 probe, a key component of China's lunar exploration program, lifted off from the far side of the Moon as part of its mission to return lunar samples to Earth. The probe, launched by the China National Space Administration (CNSA), is notable for its achievement in executing a soft landing on the far side of the Moon, an area that is not visible from Earth due to the Moon's synchronous rotation. This mission represents a significant milestone in lunar exploration, as the far side of the Moon presents unique challenges due to its lack of direct communication with Earth. The Chang'e-6 mission involved multiple stages, including landing, collecting samples, and returning them to Earth. The successful completion of this mission demonstrates China's advancing capabilities in space technology and its commitment to expanding scientific knowledge of the Moon. The mission also reflects the broader global interest in lunar exploration, contributing valuable data to the international scientific community and enhancing our understanding of the Moon's geology and history.

ANS:A - SEBI

The Securities and Exchange Board of India (SEBI) launched the Saathi 2.0 Personal Finance App for investors as part of its ongoing efforts to enhance investor education and financial literacy. SEBI, as the regulatory body overseeing the securities market in India, designed the Saathi 2.0 app to provide a user-friendly platform that helps investors manage their personal finances and make informed investment decisions. The app includes a range of features such as personalized financial planning tools, real-time updates on market trends, educational resources on various investment options, and guidance on risk management. By leveraging technology, SEBI aims to empower individual investors with the knowledge and tools necessary to navigate the financial markets more effectively. Saathi 2.0 represents a significant step towards improving financial inclusion and ensuring that investors have access to reliable information and resources in a rapidly evolving market environment. The initiative underscores SEBI's commitment to fostering a transparent and investor-friendly financial ecosystem in India.

ANS:D - Nokia

The company that has collaborated with Gati Shakti Vishwavidyalaya on 5G/6G research is Ericsson. This collaboration is part of Ericsson's broader strategy to advance next-generation communication technologies and contribute to the development of cutting-edge 5G and 6G solutions. By partnering with Gati Shakti Vishwavidyalaya, a prominent institution focused on technological innovation and research, Ericsson aims to leverage academic expertise and research capabilities to push the boundaries of wireless communication technology. The partnership involves joint research projects, knowledge exchange, and the development of innovative solutions that address the challenges and opportunities presented by the evolving telecommunications landscape. This collaboration reflects Ericsson's commitment to fostering academic-industry partnerships and driving forward the research and development of advanced communication technologies. Through this alliance, both Ericsson and Gati Shakti Vishwavidyalaya are poised to contribute to the future of global connectivity, enhancing the performance, reliability, and capabilities of 5G and exploring the potential of 6G networks.