Suresh Kumar Book order

Set in a picturesque coastal town, the narrative follows a young protagonist on a transformative quest to uncover the secrets of the enigmatic idea known as "Malai." His journey is fueled by a restless spirit and a thirst for knowledge, leading him to meet a diverse cast of characters, from wise sages to eccentric artists. Each encounter enriches his understanding and brings him closer to unraveling the mystery of Malai, ultimately unlocking his hidden potential.

Set against the backdrop of pre-partition Lahore, the narrative follows the Kumar family's journey as they relocate from their hometown in Kitna, Punjab, India, to the UK in search of better opportunities. The story delves into the struggles of adapting to a new culture and environment while striving to support their families, highlighting the resilience and determination of those starting anew in unfamiliar territory.

Focusing on hands-on learning, this guidebook offers pharmacy students a comprehensive exploration of biochemistry through practical experiments on enzymes, proteins, carbohydrates, lipids, and buffer solutions. Organized into 12 chapters, it emphasizes both experimental techniques and the clinical significance of biochemistry topics. Authored by experts, the clear and concise writing style enhances understanding, making it an essential resource for building a solid foundation in biochemistry that supports students throughout their education and future careers.

The research focuses on the biodiversity of earthworm species in the semi-arid Sirohi district of Rajasthan, highlighting their critical role in enhancing soil quality for sustainable livelihoods and food security. Despite the recognized importance of earthworms, studies in this specific region are limited. The project aims to explore various earthworm species and their relationships with different habitats, contributing valuable insights to the understanding of their ecological significance in this area.

Focusing on the application of management principles within educational institutions, the book explores educational management as both a science and a process. It emphasizes the importance of acquiring and allocating resources to achieve specific educational objectives. The text highlights the need for effective and efficient planning to reach productive educational goals, positioning educational administration as a vital component in the management of educational systems.

The reproductive biology of earthworms, including aspects like cocoon morphology and hatching success, is crucial for identifying species that enhance soil health. Inoculating soils with suitable earthworm species is essential for restoring degraded environments and advancing sustainable agriculture. This method outperforms traditional composting by being faster, odorless, and yielding a nutritious end product. Emphasizing earthworm technology can facilitate waste degradation, promote organic farming, and reduce reliance on chemical fertilizers for healthier crop production.

Exploring the fundamentals of solar energy, this book highlights its applications in agriculture and transportation, while comparing it with wind energy. It discusses the advantages and disadvantages of solar panels, emphasizing long-term cost savings despite higher initial installation expenses. The text underscores solar power as a renewable, environmentally friendly energy source that reduces harmful emissions and contributes to combating global warming. With minimal maintenance and no toxic byproducts, solar energy presents a sustainable alternative to fossil fuels.

Focusing on the essential role of material science and metallurgy in engineering, this book presents the subject in an accessible manner for beginners. It emphasizes self-learning through a logical organization of content and the inclusion of line diagrams to enhance understanding. Tailored to align with curricula from various Indian universities and the AMIE institution, the text aims to provide a comprehensive foundation in material science, making it an invaluable resource for students in the field.

The static structure factor, S(k), is crucial for understanding the properties of liquid metals and their alloys, particularly through the analysis of the pair correlation function g(r). As the demand for knowledge about the liquid state of metals, oxides, and salts grows due to their significance in metallurgical processes, challenges arise from the lack of precise interatomic potentials and uncertainties in ab initio calculations. This work aims to calculate the static structure factor for selected liquid metals in the long-wavelength limit, enhancing comprehension of their structural properties.