Placement Papers - ABB

ABB Latest Placement Paper Pattern | Quantitative + PCM - 2010
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Sujeetha govind
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ABB Latest Placement Paper Pattern | Quantitative + PCM
QUANTITATIVE PAPER + PCM
Total : 45 Questions
Total Time: 45 minutes
1. About 10 quanti questions ( based on Mixture, Work etc. of very easy type)
2. What is GDP ?
3. Vector algebra, codition for Co-planer vector etc.
4. Gravitation, geo-synchronous satellite( it\'s hight, orbit , radius etc.), escape velocity, how g (gravitational accln) varies, about gravitational potential.
5. Basic electricity and Magnetism----Biot-savart law, current carrying conductor properties.
6. Nuclear physics, Bohr\'s constant, and Other theories related .
7. Problem based on VIBGYOR , how wave length and frequency is varying.
8. Questions based on Plank\'s Theory, E =hv
9. V=u + at , V2=u2 + 2as and W = mgh questions based on above theory
10. Faraday\'s laws of electrolysis, m = Zit
11. Heat conduction problem.
12. Co lour-coding of resistor (BBROYGBVGW)
13. How velocity of light changes in different medium while frequency remain unchanged.
14. statistics , calculation of mode, co-efficient regression (3-4 Questions)
15. f(x) = Sin x + Cos x, find the maximum value of the function.......
16. Formulae for parallel plate capacitor and force between plates Comments.
QUANTITATIVE PAPER + PCM
Total : 45 Questions
Total Time: 45 minutes
1. About 10 quanti questions ( based on Mixture, Work etc. of very easy type)
2. What is GDP ?
3. Vector algebra, codition for Co-planer vector etc.
4. Gravitation, geo-synchronous satellite( it\'s hight, orbit , radius etc.), escape velocity, how g (gravitational accln) varies, about gravitational potential.
5. Basic electricity and Magnetism----Biot-savart law, current carrying conductor properties.
6. Nuclear physics, Bohr\'s constant, and Other theories related .
7. Problem based on VIBGYOR , how wave length and frequency is varying.
8. Questions based on Plank\'s Theory, E =hv
9. V=u + at , V2=u2 + 2as and W = mgh questions based on above theory
10. Faraday\'s laws of electrolysis, m = Zit
11. Heat conduction problem.
12. Co lour-coding of resistor (BBROYGBVGW)
13. How velocity of light changes in different medium while frequency remain unchanged.
14. statistics , calculation of mode, co-efficient regression (3-4 Questions)
15. f(x) = Sin x + Cos x, find the maximum value of the function.......
16. Formulae for parallel plate capacitor and force between plates Comments.
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