This video series presents a comprehensive and highly practical approach to geology education, primarily aimed at students preparing for competitive examinations like JAM and GATE. Crafted by "Success Guru," the collection distinguishes itself by focusing on aspects often underrepresented in conventional syllabi, particularly numerical problem-solving and the application of geological concepts using modern digital tools.
The core nature of the series revolves around demystifying complex geological calculations. It systematically tackles a wide array of numerical problems from previous years' exams, covering topics ranging from the relative velocity of tectonic plates and isostasy (Pratt's hypothesis) to economical geology problems like ore blending, tonnage factors, and metal content calculations. Geophysical concepts, including free air and Bouguer corrections and calculations involving gravity and free fall, are also thoroughly explored. Each problem is broken down step-by-step, making intricate formulas and relationships accessible.
Beyond numerical acumen, the series also hones practical geological skills. Videos explain fundamental concepts such as toposheet indexing systems and the critical importance of scale in maps, offering clear methods for real-world application.
A unique highlight is the introduction and guided tour of valuable open educational resources, including "virtualmicroscope.org" for detailed petrology practical's and virtualgeologyfieldtrip for immersive field experiences from home. These segments demonstrate how to leverage digital platforms for studying rock collections, thin sections, and geological sites, offering an invaluable resource for remote learning.
A defining feature across the series is the interactive "Try It Yourself" section at the end of many videos. These segments pose practice questions, often sourced from past competitive exams, prompting viewers to apply the newly learned methods and concepts. For challenging problems, links to relevant lecture videos are often provided, facilitating self-paced learning and reinforcing comprehension. This blend of in-depth problem-solving, practical skill-building, and interactive challenges defines the series as a highly effective and human-centric guide for aspiring geologists.
The video explains how to find surrounding toposheet numbers using India's topographical map indexing system, involving subdivisions by characters and numbers.
virtual field trips with 3D models and measurement tools for geology studies
The video explains map scale, its importance, usage, and types, including a practice question.
This video explains fault plane dip calculation and provides "Try It Yourself" practice questions on outcrop patterns, net slip, horst/graben, and divergent plate boundaries.
This video explores "virtualmicroscope.org," an online resource for petrology, featuring rock collections, thin sections, 3D models, and interactive maps.
This video explains how to measure the strike and dip of a joint plane using a Brunton compass. It details a three-step process: finding the strike line, measuring strike direction, and measuring dip direction and amount. The video is an instructional guide on geological measurement techniques.