C and D respectively

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Example 27 If i j k, 2i 5j, 3i 2j 3k and i 6j k are the position vectors of points A, B, C and D respectively, then find the angle between AB and CD . Deduce that AB and CD are collinear.
05
Nov
Example 27 If i j k, 2i 5j, 3i 2j 3k and i 6j k are the position vectors of points A, B, C and D respectively, then find the angle between AB and CD . Deduce that AB and CD are collinear. 2i 5j 3i 2j 3k and i 6j k are the position [...]
Posted in: Chapter 10 - Vector Algebra , Maths , NCERT Exemplar Class 12 ,
Tags: 2i 5j , 3i 2j 3k and i 6j k are the position vectors of points A , B , C and D respectively , Example 27 If i j k , then find the angle between AB and CD . Deduce that AB and CD are collinear. ,
A gaseous compound A reacts by three independent first order process (as shown in figure) with rate constant 2×10^−3,3×10^−3 and 1.93×10^−3sec^−1 for products B, C and D respectively, If initially pure A was taken in a closed container with p=8 atm then the partial pressure of B (in atm) after 100 sec from starting the experiment.
03
Jun
A gaseous compound A reacts by three independent first order process (as shown in figure) with rate constant 2×10^−3,3×10^−3 and 1.93×10^−3sec^−1 for products B, C and D respectively, If initially pure A was taken in a closed container with p=8 atm then the partial pressure of B (in atm) after 100 sec from starting the [...]
Posted in: Chapter 7 - Chemical Kinetics and Nuclear Chemistry (Level 1 and Level 2) , N Awasthi Physical Chemistry ,
Tags: 3×10^−3 and 1.93×10^−3sec^−1 for products B , A gaseous compound A reacts by three independent first order process (as shown in figure) with rate constant 2×10^−3 , C and D respectively , If initially pure A was taken in a closed container with p=8 atm then the partial pressure of B (in atm) after 100 sec from starting the experiment. ,