Physics

EQUILIBRIUM OF FORCES

Subject:  Physics Term: FIRST TERM Week: WEEK 6 Class: SS 2 Topic: EQUILIBRIUM OF FORCES   Previous lesson:  The pupils have previous knowledge of CONCEPT OF PROJECTILE. that was taught as a topic in the previous lesson   Behavioural objectives: At the end of the lesson, the learners will be able to Resultant of force

CONCEPT OF PROJECTILE.

Subject:  Physics Term: FIRST TERM Week: WEEK 5 Class: SS 2 Topic:   Previous lesson:  The pupils have previous knowledge of Equation of uniformly accelerated motion; (a) Revision on velocity-time graph (b) application and interpretation of equation of motion in simple problems. that was taught as a topic in the previous lesson   Behavioural objectives:

Equation of uniformly accelerated motion; (a) Revision on velocity-time graph (b) application and interpretation of equation of motion in simple problems.

Subject:  Physics Term: FIRST TERM Week: WEEK 4 Class: SS 2 Topic: Equation of uniformly accelerated motion; (a) Revision on velocity-time graph (b) application and interpretation of equation of motion in simple problems.   Previous lesson:  The pupils have previous knowledge of Vectors; (a) concept of vectors (b) vector representation (c) addition of vectors (d)

Vectors; (a) concept of vectors (b) vector representation (c) addition of vectors (d) resolution of vectors(c) concept of resultant velocity using a vector representation.

Subject:  Physics Term: FIRST TERM Week: WEEK 3 Class: SS 2 Topic: Vectors; (a) concept of vectors (b) vector representation (c) addition of vectors (d) resolution of vectors(c) concept of resultant velocity using a vector representation.   Previous lesson:  The pupils have previous knowledge of Position, Distance and Displacement that was taught as a topic

Position, Distance and Displacement

Subject:  Physics Term: FIRST TERM Week: WEEK 2 Class: SS 2 Topic: Position, Distance and Displacement   Previous lesson:  The pupils have previous knowledge of  Third Term Examinations SS 1 Examination Physics that was taught as a topic in the previous lesson   Behavioural objectives: At the end of the lesson, the learners will be

PHYSICS FIRST TERM EXAMINATION SS 3

FIRST TERM   Examination malpractices may lead to a repeat of the subject or suspensions don’t be involved. SUBJECT: PHYSICS                       TIME: 2HRS            CLASS: SS  3 SECTION A (OBEJECTIVES) Instruction: Answer ALL questions in this section. All question carry equal mark Constants: Unless otherwise stated, used these constants (c=3.0×108 ms-1, e = -1.6×10-19C, Me =

PHYSICS FIRST TERM EXAMINATION SS 2

                   Examination malpractices may lead to a repeat of the subject or suspensions don’t be involved. SUBJECT: PHYSICS                                                TIME: 2HRS             CLASS: SS  2 SECTION A (OBEJECTIVES) Instruction: Answer ALL questions in this section. All question carries equal mark Constant: Unless otherwise stated, used these constant g=10m/s2 Determine the distance between S (3,4,-5)

FINANCIAL ACCOUNTING FIRST TERM EXAMINATION SS 2

FIRST TERM  FINANCIAL ACCOUNTING FIRST TERM EXAMINATION SS 2 Examination malpractices may lead to a repeat of the subject or suspensions don’t be involved.    SUBJECT   FINANCIAL ACCOUNTING                       CLASS: S. S. S 2 DURATION 3 HRS     OBJECTIVE A reserve is an amount set aside from profit for an unknown liability b. of

PHYSICS FIRST TERM EXAMINATION SS 1

   FIRST TERM   Examination malpractices may lead to a repeat of the subject or suspensions don’t be involved. SUBJECT: PHYSICS                   TIME: 2HRS             CLASS: SS  1 SECTION A (OBJECTIVES) Instruction: Answer ALL questions in this section. All question carries equal mark Constants: Unless otherwise stated, used these constants (c=3.0×108 ms-1, e = -1.6×10-19C, Me

SS 1 PHYSICS FIRST TERM LESSON NOTE PLAN SCHEMES OF WORK

WEEKLY LESSON NOTES FOR SS 1 PHYSICS     WEEK 1 INTRODUCTION TO PHYSICS   WEEK 2 FUNDAMENTAL AND DERIVED QUANTITIES AND UNITS   WEEK 3 DIMENSIONS AND MEASUREMENT OF PHYSICAL QUANTITIES   WEEK 4  POSITION, DISTANCE AND DISPLACEMENT   WEEK 5  HEAT ENERGY TRANSFER OF HEAT   WEEK 6  ELECTROSTATICS   WEEK 7  PHYSICS