YEAR 10
ENGLISH LANGUAGE (SS 1)
Change these sentences to plural.
- There is a house in the field.
- A child isn't always careful on the road.
- Bernice gave me a book yesterday.
- An orange grows on a tree.
- There is a book on the table.
Mathematics: New General Mathematics for SS1.
- Chapter 1, Exercise 1L, Number 49.
- Chapter 1, Exercise 1d, Numbers 57 and 60, page 18.
LITERATURE-IN-ENGLISH (SS1): Read the text 'So the path does not die' by Pede Hollist and write a summary of chapter 1,2 and 3.
CHEMISTRY:
- Find the empirical formulae of the following compounds from their percentage composition.
- N=26.17%; H= 7.48%; Cl=66.35%
- Na= 32.40%; O=45.07%; S=22.53%
- A metal X forms two different chlorides. If 12.7g of chloride A and 16.3g of chloride B contain 7.1g of chlorine respectively, show that the figures agree with the law of multiple proportions. Write their formulae.
CRS: Describe the leadership of Deborah, indicate how the glory of the battle between Israel and the Canaanites was given to a woman. Emphasis its significance.
CIVIC EDUCATION: Essay Questions
Citizenship Education
- Discuss the importance of citizenship education.
- Examine its role in fostering national unity.
Goals of Citizenship Education
- Analyze its goals in promoting national consciousness.
- Discuss its contribution to responsible citizens.
Government SS1
1.Define capitalism and socialism
2.Outline 3 features of capitalism and socialism
Economics SS1
Using a graph sheet, plot a multiple bar chart from the information given in Fig2.6 page 41 of your Economics text book
SS 1 Financial Accounting Exercise 3.6 Page 43
PHYSICS HOLIDAY ASSIGNMENT FOR YEAR 10 SCIENCE
- Two blocks of masses 3kg and 6kg are connected by a light inextensible string which passes over a smooth pulley as shown in the diagram below. Assuming the 6kg mass is sitting on a smooth surface, the bodies will accelerate at.....
6kg |
3kg |
- A 2kg mass on a smooth inclined plane is connected over a smooth pulley to a 3kg mass as shown in the diagram below. The acceleration of the system is
300 |
2kg |
3kg |
- A force of 20N applied parallel to the surface of a horizontal table is just sufficient to make a block of mass 4kg move on the table. Calculate the coefficient of friction between the block and the table [g = 10m/s2).