The work done in rotating a dipole in a uniform electric field is given by W = PE (cosθ₁ – cosθ₂). From 0° to 60°, work done is W = PE(1 – 1/2) = PE/2. From 0° to 180°, work ...
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When a charge Q is supplied to a metallic conductor, it redistributes itself on the surface, making the electric field inside the conductor zero. This results in a constant electric potential throughout the conductor, including its surface. Hence, the correct ...
Master Class 10th Maths with NCERT solutions and MCQ-based questions from Chapter 9 Some Applications of Trigonometry. Solve exercise questions short-answer problems and detailed explanations to understand real-life applications of trigonometric concepts like heights and distances. These resources align with ...
Excel in Class 10th Maths with NCERT solutions and MCQ-based questions from Chapter 9 Some Applications of Trigonometry. Practice exercise questions short-answer problems and clear explanations to master the real-life use of trigonometric concepts like heights and distances. These resources ...
Prepare for Class 10th Maths using NCERT solutions and MCQ-based questions from Chapter 9 Some Applications of Trigonometry. Solve exercise questions short-answer problems and detailed explanations to understand the practical use of trigonometric concepts like heights and distances. These resources ...