#1
21st September 2016, 04:24 PM
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Mock Test For Ip University
Hello sir, I want some question paper for mock test of IP University? Is there any one can give me here question for IP University mock test?
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#2
21st September 2016, 05:01 PM
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Re: Mock Test For Ip University
The IP University is provides CET Sample papers for CET practice these papers may help you to know about correct format of the examination. Candidates by solving IPU CET practice papers will know about exact type of problems which will come in the main exam. You can manage your time in the exam in proper way. Some I CET Sample Questions: Question1. Which of the following conclusions is correct regarding a stationary body? No force is acting on the body The body is in vacuum The forces acting on the body do not constitute a couple Vector sum of forces acing on the body is zero Question2. Two electron beams are moving parallel in space but in opposite directions; then They will attract each other None of these They will repel each other No interaction will take place Question3. When horse starts running all of a sudden, the rider on the horse back falls backward because He is taken aback Due to inertia of rest, the upper part of his body remains at rest Due to inertia of motion, the lower part of his body comes in motion He is afraid Question4. The idea that most of the mass of an atom is concentrated in a very small core, i.e., nucleus is given by Amedo Avogadro Rutherford Bohr Henery Mosley Question5. Which of the following is not true in linear programming problem? A column in the simplex table that contains all of the variables in the solution is called pivot or key column. A basic solution which is also in the feasible region is called a basic feasible solution. A surplus variable is a variable subtracted from the left hand side of a greater than or equal to constraint to convert it into equality. A slack variable is a variable added to the left hand side of a less than or equal to constraint to convert it into an equality. Question6. A parallel plate capacitor is charged by connecting its plates to the terminals of a battery. The battery remains connected and a glass plate is interposed between the plates of the capacitor, then The charge on plates will be reduced The charge on plates will increase The potential difference between the plates of the capacitor will be reduced The potential difference between the plates of the capacitor will increase |