Chandigarh University has decided to conduct an entrance cum scholarship test named as Chandigarh University Common Entrance Test (CUCET) for admission to various programs so as to provide an opportunity to bright and inquisitive young minds from across the country to study in most challenging and diverse academic environment.
CUET Sample Papers Aspirants who wish to take the CUET 2023 exam can practise the CUET 2023 sample papers to understand the exam format. Candidates will get a better understanding of the CUET syllabus and exam pattern through the CUET 2023 sample papers. The CUET sample papers contain MCQs based on cases, assertions, reasons, statements, and arguments/conclusions, and they cover various domains.
CUCET ME-ECE Sample Paper
1. Identify the correct statement for a periodic function f(t) with Time-period T.
- f (t) = f(t+T)
- f(t) = f(t+T/2)
- f(t) = f(t+T/4)
- f(t) = f(t+T/8)
2. In case of a pure resistor, the phase difference between voltage across it and current through it is?
- in phase
- out of phase
- 45⁰ out of phase
- 90⁰ out of phase
3. In case of a pure inductor, the voltage across it ……….
- is in phase with the current
- lags behind the current by 90⁰
- leads the current by 90⁰
- is out of phase with the current
4. The inductance reactance of an inductor is given by
- R
- ωL
- 1/ ωL
- ωC
5. In case of a pure capacitor, the current through it ……….
- lags behind the voltage by 90⁰
- is in phase with the voltage
- lags behind the voltage by 45⁰
- leads the voltage by 90⁰
6. The impedance of a pure capacitor is given by
- ωC
- 1/ ωC
- ωL
- R
7. As we we know, Impedance of a network is a complex quantity, which have the real part as _______ and the imaginary part as ______
- resistance, resistance
- resistance, reactance
- reactance, resistance
- reactance, reactance
8. When a sinusoidal input source is connected to a series RL circuit, the shape of the current and the voltage across the elements is ….. & …… respectively.
- square, square
- square, sinusoid
- sinusoid, square
- sinusoid, sinusoid
9. The energy delivered by source to a pure resistance is ……….. By the resistance.
- dissipated in the form of heat
- stored as electric field
- stored as magnetic field
- returned to source
10. The energy delivered by source to a pure inductor is ……….. by the inductor.
- stored as magnetic field
- dissipated in the form of heat
- returned to source
- stored as electric field