CAT Question of the Day In the following questions a sentence/paragraph is broken into fragments and labelled A, B, C and D. Choose for your answer the combination that shows all the INCORRECT fragments. A. At it's core, Google is one massive computing infrastructure. B. What the company excels, is in building and maintaining applications on top of this infrastructure, C. only parts of which are known to us. D. Almost every application, hence, have consistency across storage, classification, and categorization. | OPTIONS | | |  | 1) | A and B | | | 2) | B and C | | | 3) | A and D | | | 4) | A, B , and D |
Tip of the Day Don't judge a book by its cover and a question by how it appears at first glance. In every successive CAT, there have been easy questions camouflaged as difficult ones. Though it makes good sense to attempt the easy questions before the difficult ones as they carry the same marks, it always pays to have a closer look at the ones that seem difficult. Cracking or leaving them could make the difference between getting an IIM call or missing it. Last year's Question of the day (04-Sep-11) Microscopically, the thermal energy is the kinetic energy of a system's constituent particles, which may be atoms, molecules, electrons, or particles in plasmas. It originates from the individually random, or disordered, motion of particles in a large ensemble. The thermal energy is equally partitioned between all available quadratic degrees of freedom of the particles. These degrees of freedom may include pure translational motion in fluids, normal modes of vibrations, such as intermolecular vibrations or crystal lattice vibrations, or rotational states. In general, the availability of any such degrees of freedom is a function of the energy in the system, and therefore depends on the temperature.
Which of the following can be safely concluded from the passage?
| OPTIONS | | | | | 1) | The degree and freedom of motion in a system's constituent particles depends on the temperature of said constituent particles. | | | 2) | Kinetic energy is equally partitioned between all available quadratic degrees of freedom in particles in plasmas. | | | 3) | Translational motion in fluids and normal modes of vibrations are dependent on rotational states of motion. | | | 4) | The motion of particles in a large ensemble is directly proportional to the quadratic degrees of freedom of the particles. | | | 5) | Temperature plays an important role in the position of a system's constituent particles. |
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