SS3 (Year 12) Midterm HOLIDAY ASSIGNMENT - Oct 2024

 

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YEAR 12

CIVIC EDUCATION:  

Section A: Challenges Facing the Nigerian Civil Service

  1. What are the Five Major Challenges Facing the Nigerian Civil Service?

Section B: Solutions for Effective Public Service Delivery

  1. Identify Five Ways to Address these Problems to Enhance Effective Public Service Delivery and Good Governance

RTEW:

  1. Given R=16Ω; C= 0.1mF; f=50Hz. Find impedance and Phase angle
  2. Given that R=15Ω, L=0.15H, C=100µF are in series across a 100V, 50Hz mains, find
  3. impedance ii. Current iii. Voltage across each iv. Power factor v. the power.

SS3 Government:

1.Give a brief historical background of political parties in Nigeria.

2.Can democracy in Nigeria flourish without political party?

Mathematics SS3

NGM SS3, Exam 3 paper 2

Part 2 page 264, No 10 and 12.

English language: SS3

Find out the meaning of the following and use them in sentences

Democracy, Totalitarianism, Autocracy, Communism, Oligarchy, Despotism, Theocracy.

What is the difference among the following: Executive, Legislative and Judiciary?

Use them in sentences (two for each)

Literature SS 3

Write a short note on each character of the text: 'Look back in anger'.

SS 3 Financial Accounting 

Exercise 34.6A Pages 500-501

  1. S. THREE CHEMISTRY
  2. Write the structures of all the isomeric alcohols with the formula C5H12O.
  3. Classify them as primary, secondary and tertiary alcohols.
  4. Arrange the alcohols according to their increasing boiling points.
  5. An organic compound F with the empirical formular C5H10O has a vapour density of 43.
  6. What is the molecular formular of F?
  7. If F does not react with Fehling’s solution or Tollen’s reagent but gives a yellow precipitate when reacted with aqueous iodine, draw the structure and give the IUPAC name of F.
  8. Write an equation for the reduction of F with NaBH4.

[All questions should be answered on a foolscap sheet]

PHYSICS YEAR 12 MID-TERM BREAK HOLIDAY ASSIGNMENT

  1. Draw a labelled diagram of a simple D.C. electric motor and explain how it works.
  2. a. Describe a simple experiment to show how an induced e.m.f., can be produced.
  3. List two factors which determine the magnitude of an induced emf in a coil.
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