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ELEC1111
Electrical and Telecommunications Engineering
ELEC1111 · Final Exam
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Final Exam

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9
papers
19
topics
2
must-know

Mark distribution

100
per paper
Hover the chart or list
  • 01
    First-Order Transients (RC/RL)
    16.8
    100%
  • 02
    Op-Amps
    16.3
    100%
  • 03
    AC Steady-State / Phasors
    13.2
    89%
  • 04
    Maximum Power Transfer
    8.7
    89%
  • 05
    AC Power / Power Factor
    7.4
    89%
  • 06
    Thévenin / Norton Equivalent
    5.8
    56%
  • 07
    Digital Logic / Boolean Algebra
    4.9
    56%
  • 08
    Equivalent Resistance / Basic Circuits
    4.0
    44%
  • 09
    Nodal Analysis
    3.6
    56%
  • 10
    Mesh Analysis
    3.3
    22%
  • 11
    Filters / Frequency Response
    3.3
    33%
  • 12
    Superposition Theorem
    2.8
    56%
  • 13
    Power / Energy / Efficiency
    2.6
    56%
  • 14
    AC Equivalent Impedance
    2.2
    33%
  • 15
    DC Steady-State (C/L)
    1.6
    33%
  • 16
    Diodes / LED Circuits
    1.1
    11%
  • 17
    Three-Phase / Split-Phase
    0.9
    11%
  • 18
    Source Transformation
    0.8
    22%
  • 19
    Transformers / Mutual Inductance
    0.7
    11%

Top 6 topics · trend

015302016-172017 S22020 T12022 T12024 T1

Topic × paper heatmap

2016-17 Summer
2017 S1
2017 S2
2019 T1
2020 T1
2021 T1*
2022 T1*
2023 T1
2024 T1
First-Order Transients (RC/RL)
16
10
22
12
17.5
20
16
18
20
Op-Amps
12
20
8
12
12
22
20
25
16
AC Steady-State / Phasors
17
5
10
28
12
12
6
29
Maximum Power Transfer
4
6
6
15
5
12
17
13
AC Power / Power Factor
8
8
10
3
13
5
10
10
Thévenin / Norton Equivalent
6
18
14
4
10
Digital Logic / Boolean Algebra
8
6
10
10
10
Equivalent Resistance / Basic Circuits
7
2
17
10
Nodal Analysis
5
5
10
7
5
Mesh Analysis
10
20
Filters / Frequency Response
8
12
10
Superposition Theorem
4
5
3
5
8
Power / Energy / Efficiency
7
5
3
3
5
AC Equivalent Impedance
10
6
4
DC Steady-State (C/L)
8
2.5
4
Diodes / LED Circuits
10
Three-Phase / Split-Phase
8
Source Transformation
3
4
Transformers / Mutual Inductance
6