Curriculum Framework - St. Francis' Canossian College

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Transcript Curriculum Framework - St. Francis' Canossian College

Curriculum Framework
(250 hours)
Compulsory Part
(184 hours)
Elective Part
(50 hours)
Heat Transfer and
Gases(23 hours)
Energy & Use of
Energy(25 hours)
Force & Motion
(50 hours)
Medical Physics
(25 hours)
Wave Motion
(47 hours)
Electricity & Magnetism
(48 hours)
Radioactivity& Nuclear
Energy(16 hours)
SBA (Practical work)
(16 hours)
Topics
I
Heat and Gases
II
Force and Motion
(except projectile motion, momentum,
uniform circular motion and gravitation)
III
Wave Motion
III
Wave Motion (except light)
I
(except gases)
Heat and Gases (gases)
Electricity and Magnetism
II
Force and Motion
(projectile motion, momentum, uniform
circular motion and gravitation)
V
Radioactivity and Nuclear energy
X
SBA (F5)
X
SBA (F6)
IX
S4
(light only)
IV
VIII
Level
Energy and Use of Energy
Medical Physics
S5
S6
constant speed
2N
12 N
A block on a rough horizontal surface is moving
to the left with constant speed under two
horizontal forces 2 N and 12 N indicated as
shown. If the force of 12 N is suddenly removed,
what is the net force acting on the block at that
instant ?
Two particles P and Q start from the same position and travel
along the same straight line. The figure shows the velocitytime (v-t) graph for P and Q. Which of the following
descriptions about their motion is/are correct ?
(1)At t = 1 s, P changes its direction of motion.
(2)At t = 2 s, the separation between P and Q is 4 m.
(3)At t = 4 s, P and Q meet each other.
v /m s−1
4
3
Q
2
1
0
−1
−2
t /s
P
1
2 3
4
5
G
154 N
Y
X
ground
0.5 m
0.7 m
What is the reaction acting on the
wheel X from the ground ?
I
I
mag.
force
on A
I
I
A
B
Energy and Use of Energy
Medical Physics
Assessment
Paper
Description
compulsory
part
Section A: M.C.
(24%)
Section B: (36%)
Short, structured,
essay questions
2
M.C. and Structured
questions
1
Electives
Practical related
tasks
School• Experiments : skills
based
and reporting
Assessment
(worksheets and
ONE detailed report)
3
Weighting
Duration
60%
2½ hours
20%
1 hour
20%
5-8
experiments