Q. Which of the following configurations will produce a magnetic field that is uniform in space?
  • A. A long straight wire
  • B. A circular loop of wire
  • C. Two parallel wires carrying current in the same direction
  • D. A solenoid
Q. Which of the following configurations will produce a uniform magnetic field using the Biot-Savart Law?
  • A. A straight wire
  • B. A circular loop
  • C. A solenoid
  • D. A single current element
Q. Which of the following configurations will produce the strongest magnetic field at the center?
  • A. A single straight wire
  • B. A circular loop of wire
  • C. A solenoid
  • D. A toroid
Q. Which of the following correctly describes gravitational field lines?
  • A. They point away from the mass.
  • B. They are always straight lines.
  • C. They never intersect.
  • D. They can be closed loops.
Q. Which of the following correctly describes gravitational potential energy?
  • A. It is a scalar quantity.
  • B. It is a vector quantity.
  • C. It can be negative.
  • D. Both A and C.
Q. Which of the following correctly describes the gravitational field strength at a distance r from a mass M?
  • A. g = GM/r
  • B. g = GM/r²
  • C. g = Gm/r²
  • D. g = Gm/r
Q. Which of the following correctly describes the gravitational force between two objects?
  • A. It depends on the medium between them
  • B. It is independent of the distance between them
  • C. It is proportional to the product of their masses
  • D. It can be shielded by other masses
Q. Which of the following correctly describes the gravitational force?
  • A. It is always attractive
  • B. It can be repulsive
  • C. It acts only at short distances
  • D. It is stronger than electromagnetic force
Q. Which of the following correctly describes the relationship between gravitational potential and gravitational field?
  • A. Potential is the derivative of field.
  • B. Field is the derivative of potential.
  • C. Both are independent.
  • D. They are equal.
Q. Which of the following d-block elements has the highest atomic radius?
  • A. Scandium
  • B. Titanium
  • C. Vanadium
  • D. Chromium
Q. Which of the following d-block elements is a liquid at room temperature?
  • A. Mercury (Hg)
  • B. Gold (Au)
  • C. Platinum (Pt)
  • D. Silver (Ag)
Q. Which of the following describes circular polarization?
  • A. Waves oscillate in a straight line
  • B. Waves oscillate in a plane at a constant angle
  • C. Waves rotate in a circular motion as they propagate
  • D. Waves are randomly oriented
Q. Which of the following describes overdamped oscillations?
  • A. System oscillates with decreasing amplitude
  • B. System returns to equilibrium without oscillating
  • C. System oscillates indefinitely
  • D. System oscillates with constant amplitude
Q. Which of the following describes Poisson's ratio?
  • A. Lateral strain / Longitudinal strain
  • B. Longitudinal strain / Lateral strain
  • C. Stress / Strain
  • D. Strain / Stress
Q. Which of the following describes the behavior of a Zener diode?
  • A. Acts as a regular diode
  • B. Allows current to flow in both directions
  • C. Maintains a constant voltage
  • D. Has no breakdown voltage
Q. Which of the following describes the behavior of gases?
  • A. They have a definite shape
  • B. They have a definite volume
  • C. They expand to fill their container
  • D. They are incompressible
Q. Which of the following describes the Doppler effect?
  • A. Change in frequency due to motion
  • B. Change in amplitude due to distance
  • C. Change in speed due to temperature
  • D. Change in wavelength due to pressure
Q. Which of the following describes the motion of a damped oscillator mathematically?
  • A. x(t) = A cos(ωt)
  • B. x(t) = A e^(-bt) cos(ωt)
  • C. x(t) = A sin(ωt)
  • D. x(t) = A e^(bt) cos(ωt)
Q. Which of the following describes the motion of a damped oscillator?
  • A. Simple harmonic motion
  • B. Exponential decay
  • C. Linear motion
  • D. Circular motion
Q. Which of the following describes the motion of a system undergoing overdamping?
  • A. Returns to equilibrium position quickly
  • B. Oscillates with decreasing amplitude
  • C. Returns to equilibrium position slowly without oscillating
  • D. Oscillates indefinitely
Q. Which of the following describes the polarization of light?
  • A. Light waves oscillate in all directions
  • B. Light waves oscillate in a single plane
  • C. Light waves oscillate in a circular motion
  • D. Light waves do not oscillate
Q. Which of the following describes the relationship between frequency and pitch?
  • A. Higher frequency means lower pitch
  • B. Lower frequency means higher pitch
  • C. Higher frequency means higher pitch
  • D. Frequency has no effect on pitch
Q. Which of the following describes viscosity?
  • A. Resistance to flow
  • B. Density of a fluid
  • C. Surface tension
  • D. Pressure exerted by a fluid
Q. Which of the following devices is based on the principle of semiconductors?
  • A. Transformer
  • B. Capacitor
  • C. Transistor
  • D. Inductor
Q. Which of the following diatomic molecules has a bond order of 1?
  • A. N2
  • B. O2
  • C. H2
  • D. F2
Q. Which of the following diatomic molecules has the highest bond order?
  • A. N2
  • B. O2
  • C. F2
  • D. He2
Q. Which of the following elements can act as a reducing agent?
  • A. Cl2
  • B. H2O
  • C. Na
  • D. O2
Q. Which of the following elements can form a coordinate bond?
  • A. Oxygen
  • B. Nitrogen
  • C. Carbon
  • D. All of the above
Q. Which of the following elements can form a stable +4 oxidation state?
  • A. Carbon
  • B. Silicon
  • C. Germanium
  • D. Tin
Q. Which of the following elements can form multiple bonds?
  • A. Sodium
  • B. Carbon
  • C. Bromine
  • D. Neon
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