Physics Made Easy: Clear Concepts, Real-World Applications & Better Exam Results

Student and Tutor worked through a physics problem involving a boulder falling from a cliff, calculating its impact velocity and the available reaction time for a tourist at the bottom, accounting for sound travel and human reaction time. The Student was assigned to practice problems from chapter 2.8 up to question 67 and begin chapter 3 for the next session.

The Student and Tutor reviewed previously assigned physics numerical homework and then delved into new problems. They practiced calculating displacement, distance, and average speed using examples from the "College Physics" textbook. The Student was assigned to complete remaining numerical problems from specific textbook sections and note down any difficulties for discussion in the next session.

The session reviewed concepts from Chapter 1, including approximation, scientific notation, and significant figures. The Tutor and Student then moved on to Chapter 2, focusing on kinematics, specifically differentiating between scalar and vector quantities, and understanding distance versus displacement through problem-solving. Homework was assigned, requiring the Student to summarize Chapter 1 topics, solve two numerical problems on distance and displacement, and create a comparative table for scalar and vector quantities.

The Student and Tutor continued their Revit architectural modeling project, focusing on refining structural elements. They correctly adjusted column levels, placed and customized both footings and PCC beds, and created bespoke architectural compound walls with specific dimensions and material. The session concluded with the placement and alignment of plinth beams, and the Tutor helped the Student troubleshoot a visibility issue in the 3D view.

The session focused on structural steel modeling in Revit, where the Tutor demonstrated setting up grids, placing columns and beams, and applying various steel connections like miter cuts, socket cuts, and customizable bolted connections. The Student discussed their ongoing structural and civil engineering projects and future learning goals in other design software. The next session will cover staircase stirrups and advanced industrial shed connections.

The Student and Tutor continued work on a curved staircase design in AutoCAD, focusing on creating individual stair treads and then conceptualizing the railing structure. They practiced using the press pull tool for stair height and initiated railing design with 3D polylines and splines, troubleshooting object placement and software glitches. The Student will share the CAD file for further tutor review.