Questions with Complete Solutions - Hamro CSIT

What is departmentalization? Explain the types of departmentalization.

Not Answered Principles of Management Asked on 2082 Exam

Introduce planning. Describe the process of planning.

Not Answered Principles of Management Asked on 2082 Exam

State and explain the internal components of business environment.

Not Answered Principles of Management Asked on 2082 Exam

Define management. Describe the functions of management.

Not Answered Principles of Management Asked on 2082 Exam

Find the truth table for the circuit shown in the given figure. What logic function does the circuit perform?

Not Answered First Semester Asked on 2081 Exam

Suppose that the effective mass of holes in a material is four times that of electrons. At what temperature would the Fermi level be shifted by \(10\%\) from the middle of the forbidden energy gap? Consider \(E_g = 1\,\text{eV}\).

Not Answered First Semester Asked on 2081 Exam

Consider a copper wire of cross-sectional area \(1 \,\text{mm}^2\) carrying a current \(1\,\text{A}\). What is the drift velocity of the electrons? Cu is monovalent, that is, there is one free electron per atom. The density and molecular weight of Cu are \(9\,\text{g/cc}\) and \(64\,\text{g/mole}\), respectively. \hfill

Not Answered First Semester Asked on 2081 Exam

The uncertainty in the position of a particle is equal to the size of the de Broglie wavelength of the particle. Calculate the uncertainty in the velocity of the particle in terms of the velocity of the de Broglie wave associated with the particle.

Not Answered First Semester Asked on 2081 Exam

An electron is placed midway between two fixed charges, $q_1 = 2.5 \times 10^{-10}\text{ C}$ and $q_2 = 5 \times 10^{-10}\text{ C}$ . If the charges are $1\text{ m}$ apart, what is the velocity of the electron when it reaches a point $10\text{ cm}$ from $q_1$ ?

Not Answered First Semester Asked on 2081 Exam

Suppose the body of an ice skater has a moment of inertia $4\text{ kgm}^2$ and her arms have a mass of $5\text{ kg}$ each with the center of mass at $0.4\text{ m}$ from her body. She starts to turn at $0.5\text{ rev/s}$ on the point of her skate with her arms outstretched. She then pulls her arms inward so that their center of mass is at the axis of her body. What will be her speed of rotation?

Not Answered First Semester Asked on 2081 Exam

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