FUTO Physics 2017/2018 - Model 2 Past Questions

Practice each question, then open it to see the full details.

Two cars X and Y travelling in opposite directions along the same highway at uniform velocities 110kmhr^-1 and 90kmhr^-1

A.200kmh^-1
B.100kmh^-1
C.40kmh^-1
D.20kmh^-1

A simple harmonic oscillator has a period of 0.02s and amplitude of 0.25m. Calculate the speed on ms^-1 at the centre of the oscillation.

A.1.25π
B.25.00π
C.100.00π
D.400.00π

A moving body of mass 25.0 kg undergoes a uniform retardation of 20.0 ms-2. Calculate the magnitude of the retarding force.

A.1.25N
B.8.00N
C.45.00N
D.500.00N

A thermometer records 680 mmHg at steam point and 440 mmHg at ice point. The temperature it records at 380 mmHg is

A.-25°C
B.-20°C
C.20°C
D.25°C

The pressure P, volume V and absolute temperature T of a given mass of an ideal gas change simultaneously. Which of the following equations is correct about the gas?

A.PV = constant/T
B.P/T = constant
C.P/V = constant/T
D.1/T = constant/PV

An electron moves with a speed of 2.0 × 10⁸ms^-1 in a straight line. Calculate the wavelength of the electron wave.[mass of an electron = 9.1 × 10^-31kg][Planck's constant = 6.6 × 10^-34]

A.3.63 × 10^-10m
B.6.51 × 10^-9m
C.4.24 × 10^-8m
D.7.25 × 10^-8m

The energy associated with the emitted photon when a mercury atom changes from one state to another is 3.3 eV. Calculate the frequency of the photon. [e = 1.6 x 10^-19 C; h = 6.6 x 10^-34]

A.8.0 x 10¹⁴ Hz
B.3.1 x 10⁵² Hz
C.1.3 x 10^-15 Hz
D.3.2. x 10^-53 Hz

The current in a reverse-biased junction is due to

A.majority carriers
B.holes
C.minority carriers
D.electrons

The main purpose of the transformer in an a.c. radio set is to

A.increase power to the radio
B.convert energy from a.c. to d.c.
C.step down the voltage
D.step up the voltage

A silicon material doped with an element of a certain group and an n-type semi-conductor is formed. The most likely group of the element is

A.I
B.II
C.III
D.V