Dale's Cone of Experience(डेल का अनुभव शंकु)|Transfer Of Learning(अधिगम स्थानांतरण)|Positive Transfer(सकारात्मक स्थानांतरण)|Zero Transfer(शून्य स्थानांतरण)|Theory Of Generalization(सामान्यीकरण का सिद्धांत)|Negative Transfer(नकारात्मक स्थानांतरण)|OMR

Calorimetry(ऊष्मा मापन )|Heat Transfer(ऊष्मा स्थानांतरण)|Questions(प्रश्न )|OMR|Summary

अधिगम अंतरण (learning transfer)|अधिगम अंतरण के सिद्धांत (Theory Of Learning Transfer)|अधिगम वक्र के प्रकार/Types Of Learning Curve |OMR|Summary

The table below shows the admission and transfer in standards 1-3 of a school. निम्नलिखित तालिका किसी विद्यालय की कक्षा 1-3 में नामांकन एवं स्थानांतरण को दर्शाती है | In the given table, what was the difference between admission and transfer in standard 3 in year 2016? दी गयी तालिका के अनुसार, वर्ष 2016 में कक्षा 3 में नामांकन तथा स्थानांतरण में क्या अंतर था ?

The table below shows the admission and transfer in standards 1-3 of a school. निम्नलिखित तालिका किसी विद्यालय की कक्षा 1-3 में नामांकन एवं स्थानांतरण को दर्शाती है | In the given table, in Standard 1, how many students were there at the end of year 2016? दी गयी तालिका के अनुसार, कक्षा 1 में, 2016 के अंत में कितने छात्र थे ?

The table below shows the admission and transfer in standards 1-3 of a school. निम्नलिखित तालिका किसी विद्यालय की कक्षा 1-3 में नामांकन एवं स्थानांतरण को दर्शाती है | In the given table, what was the total strength in Standards 1-3 at the end of 2015? दी गयी तालिका के अनुसार, 2015 के अंत में कक्षा 1-3 की कुल क्षमता क्या थी?

The ratio of the bank balance off a three brothers A, B and C is 10:12:5. B transfers Rs 60,000 from his account to C's. The new ratio of the bank balances becomes 10:9:8. What is the bank balance of A (in Rs.)? तीन भाइयों A, B और C तीनों के बैंक बैलेंस का अनुपात 10:12:5 है। B अपने खाते से C के खाते में 60,000 रूपये का स्थानांतरण करता है, तो उनके बैंक बैलेंस का नया अनुपात 10:9:8 हो जाता है। A का बैंक बेंलेस (रूपये में) क्या है?

The potential energy at a point, relative to the reference point is always defined as the negative of work done by the force as the object moves from the reference point to the point considered. The value of potential energy at the reference point itself can be set equal to zero because we are always concerned only with differences of potential energy between two points and the associated change of kinetic energy. A particles A is fixed at origin of a fixed coordinate system. A particle B which is free to move experiences an force vec(F) = (-(2a)/(r^(3)) + (beta)/(r^(2))) hat(r) due to particle A where hat(r) is the position vector of particle B relative to A. It is given that the force is conservative in nature and _potential energy at infinity is zero. If B has to be removed from the influence of A, energy has to be supplied for such a process. The ionization energy E 0 is work that has to be done by an external agent to move the particle from a distance r_(0) to infinity slowly. Here r_(0) is the equilibrium position of the particle If particle B is transferred slowly from point P_(1) (sqrt2 r_(0), sqrt2 r_(0)) to point P_(2) ((r_(0))/(sqrt2), (r_(0))/(sqrt2)) in the xy-plane by an external agent, calculate work required to be done by it in the process: