MPELLA EDUCATION BLOG
PHYSICS FORM TWO REVIEW TEST
Acceleration
due to gravity = 10N/kg
due to gravity = 10N/kg
Density of
water = 1000 kg/m^{3}.
water = 1000 kg/m^{3}.
1.
The
shortest length that can be measured by vernier callipers is:
The
shortest length that can be measured by vernier callipers is:
a)
0.01mm b) 0.1mm
0.01mm b) 0.1mm
c)
1mm d) 10mm
1mm d) 10mm
2.
A
piece of metal has volume of 0.16cm^{3} and mass of 0.64g has relative
density of:
A
piece of metal has volume of 0.16cm^{3} and mass of 0.64g has relative
density of:
a)
4g/cm^{3}. b) 4
4g/cm^{3}. b) 4
c)
40
g/cm^{3}. d)
400 g/m^{3}.
40
g/cm^{3}. d)
400 g/m^{3}.
3.
When
a body floats in a liquid:
When
a body floats in a liquid:
a)
Its
weight is less than the upthrust on it.
Its
weight is less than the upthrust on it.
b)
Its
weight is more than upthrust on it.
Its
weight is more than upthrust on it.
c)
Its
weight is equal to upthrust on it.
Its
weight is equal to upthrust on it.
d)
Its
volume is equal to volume of the liquid displaced.
Its
volume is equal to volume of the liquid displaced.
4.
A
relative density bottle has mass of 16g when empty and 24g when filled with a
liquid. If it weighs 26g when filled with water, the density of the second
liquid is:
A
relative density bottle has mass of 16g when empty and 24g when filled with a
liquid. If it weighs 26g when filled with water, the density of the second
liquid is:
a)
0.8g/cm^{3}. b) 1.25 g/cm^{3}.
0.8g/cm^{3}. b) 1.25 g/cm^{3}.
c)
1
g/cm^{3}. d)
0.9 g/cm^{3}.
1
g/cm^{3}. d)
0.9 g/cm^{3}.
5.
Pond
skater can walk on the surface of water because:
Pond
skater can walk on the surface of water because:
a)
Water
has skin on its surface.
Water
has skin on its surface.
b)
Surface
tension.
Surface
tension.
d)
Upthrust
is greater than weight of the insect.
Upthrust
is greater than weight of the insect.
6.
Pressure
in liquids depends on:
Pressure
in liquids depends on:
a)
Area b) Volume
Area b) Volume
c)
Depth d) Mass.
Depth d) Mass.
7.
An
object of weight 2000N has dimensions of 1m ´ 0.8m ´ 0.5m. Density of the block is:
An
object of weight 2000N has dimensions of 1m ´ 0.8m ´ 0.5m. Density of the block is:
a)
50
kg/m^{3}. b)
250 kg/m^{3}.
50
kg/m^{3}. b)
250 kg/m^{3}.
c)
500
kg/m^{3}. d) 100
kg/m^{3}.
500
kg/m^{3}. d) 100
kg/m^{3}.
8.
Weight
of an object:
Weight
of an object:
a)
is
quantity of matter it contains.
is
quantity of matter it contains.
b)
Is
same everywhere in universe.
Is
same everywhere in universe.
c)
Depends
only on volume of the object.
Depends
only on volume of the object.
d)
Is
equal to gravitational force acting on it.
Is
equal to gravitational force acting on it.
9.
A
ship sinks more in:
A
ship sinks more in:
a)
denser
liquid. b) Less dense liquid.
denser
liquid. b) Less dense liquid.
c)Deep liquid. d) Shallow liquid.
10.
An
object is under more pressure:
An
object is under more pressure:
a)
at
the top of liquid. b) At the bottom of
liquid
at
the top of liquid. b) At the bottom of
liquid
c)
It
is same everywhere. d) Depends
on shape of the object.
It
is same everywhere. d) Depends
on shape of the object.
11.
Which
of the followings is correct for relative density:
Which
of the followings is correct for relative density:
a)
Its
S.I. unit is kg/m3.
Its
S.I. unit is kg/m3.
b)
It
is ratio of density of an object to density of a liquid.
It
is ratio of density of an object to density of a liquid.
c)
It
is measured by barometer.
It
is measured by barometer.
d)
It
is ratio of mass of a substance to mass of equal volume of water.
It
is ratio of mass of a substance to mass of equal volume of water.
12.
1
litre is equal to:
1
litre is equal to:
a)
500
cm^{3}. b) 2
m^{3}.
500
cm^{3}. b) 2
m^{3}.
c)
1000
cm^{3}. d) 1 m^{3}.
1000
cm^{3}. d) 1 m^{3}.
13.
Upthrust
of a body totally immersed in a liquid is equal to:
Upthrust
of a body totally immersed in a liquid is equal to:
a)
the
weight of liquid displaced
the
weight of liquid displaced
b)
the
mass of liquid displaced.
the
mass of liquid displaced.
c)
The
volume of liquid displaced.
The
volume of liquid displaced.
d)
Apparent
weight of the body.
Apparent
weight of the body.
14.
The
force of friction between layers of a liquid is called:
The
force of friction between layers of a liquid is called:
a)Surface tension. b) Strain.
c)
Viscosity. d) Elasticity.
Viscosity. d) Elasticity.
15.
Equal
volumes of different substances have:
Equal
volumes of different substances have:
a)
different
temperatures. b) Different
masses.
different
temperatures. b) Different
masses.
c)
Equal
densities. d) Equal
masses
Equal
densities. d) Equal
masses
16.
Property
of a material to recover its original shape and size after removal of
stretching force is:
Property
of a material to recover its original shape and size after removal of
stretching force is:
a)
restoring
force. b)
Elasticity
restoring
force. b)
Elasticity
c) Plasticity d) Elasticity
limit.
limit.
17.
Weight
of liquid rises or pours is equal to:
Weight
of liquid rises or pours is equal to:
a) weight of the object b) upthrust
c)
volume of the object. d)
Volume of the liquid rises.
volume of the object. d)
Volume of the liquid rises.
18.
Micrometer
screw gauge measures length with the accuracy of:
Micrometer
screw gauge measures length with the accuracy of:
a)
01.mm. b) 0.01mm
01.mm. b) 0.01mm
c)
0.001mm d) 1 mm.
0.001mm d) 1 mm.
19.
An
swimming pool having dimension of 1m height, 2m width and 5m length is half
filled with water. Volume of water is:
An
swimming pool having dimension of 1m height, 2m width and 5m length is half
filled with water. Volume of water is:
a)
2
m^{3}. b) 5 m^{3}.
2
m^{3}. b) 5 m^{3}.
c)
10 m^{3}. d)
20 m_{3}.
10 m^{3}. d)
20 m_{3}.
20.
A
block has weight of 2000N and dimensions 1m ´ 2m ´ 5m. The minimum pressure it exerts
to the ground is:
A
block has weight of 2000N and dimensions 1m ´ 2m ´ 5m. The minimum pressure it exerts
to the ground is:
a)
1000
N/m^{2}. b) 400
N/m^{2}.
1000
N/m^{2}. b) 400
N/m^{2}.
c)
200
N/m^{3}. d) 100
N/m^{3}.
200
N/m^{3}. d) 100
N/m^{3}.
21.
Match
the following items.
Match
the following items.
(i)
Diffusion
(ii)
Viscosity
(iii) Hydrometer
(iv) Bean balance
(v)
Vernier callipers
(vi) A duck doesn’t sink on soft sand.
(vii) An object denser than water.
(viii) A dam is thicker at the bottom.

A.
Process of mixing different fluids
B.
Measures liqid pressure
C.
Measures density of liquids.
D.
Measures diameter of wires.
E.
Measures mass
F.
Measures thickness of a book
G.
Measures weight.
H.
Longer base area, smaller pressure.
I.
Friction force between layers of a liquid.
J.
Skin property of a liquid.
K.
Duck has air between its wings.
L.
Increasing depth increases pressure.
M.
Sinks in the water.
N.
Floats on the water. 
22.
(a)
Pressure exerted by a solid to its base depends on its:
(a)
Pressure exerted by a solid to its base depends on its:
(i) ………………………………………… (ii) …………………………………………
(b)
Pressure
of liquid depends on
Pressure
of liquid depends on
i) ……………………………………… ii)
…………………………………
…………………………………
iii) …………………………………………
(c)
Pressure
is defined as ……………………………………………………………………… and its S. I unit is
…………………………………………………………………..
Pressure
is defined as ……………………………………………………………………… and its S. I unit is
…………………………………………………………………..
23.
When
a body of weight 64N immersed in water it weighs 4.8 N. Therefore the upthrust
acting on the body is ……………………………………… and weight of water displaced is
…………………………………………….. By finding mass of water displaced we can find volume of
water displaced which is …………………………………….. Therefore volume of the object is
……………………………….. and its density is ……………………………….
When
a body of weight 64N immersed in water it weighs 4.8 N. Therefore the upthrust
acting on the body is ……………………………………… and weight of water displaced is
…………………………………………….. By finding mass of water displaced we can find volume of
water displaced which is …………………………………….. Therefore volume of the object is
……………………………….. and its density is ……………………………….
24.
a)
There are three states of matter. Intermolecular forces are weakest in ……………………
state. Its molecules are free to move within its limit in ………………………….……… state.
They are closely packed together in …………………………………………… state.
a)
There are three states of matter. Intermolecular forces are weakest in ……………………
state. Its molecules are free to move within its limit in ………………………….……… state.
They are closely packed together in …………………………………………… state.
b)
…………………………………………….
Is a liquid to reduce friction between moving parts of a machine. Two
advantages of friction are:
…………………………………………….
Is a liquid to reduce friction between moving parts of a machine. Two
advantages of friction are:
i)
…………………………………………………………………
…………………………………………………………………
ii)
………………………………………………………………….
………………………………………………………………….
25.
a)
Random motion of tiny particles suspended in a fluid is called ……………………………
a)
Random motion of tiny particles suspended in a fluid is called ……………………………
b)
Densities
of two mixing liquids can be compared by …………………………………….
Densities
of two mixing liquids can be compared by …………………………………….
c)
Pascal’s
transmission of liquid pressure is applied in:
Pascal’s
transmission of liquid pressure is applied in:
i)
……………………………………………………….
……………………………………………………….
ii)
……………………………………………………….
……………………………………………………….
26.
a)
Write three differences between mass and weight.
a)
Write three differences between mass and weight.
b)
If
an object weighs 500N on the earth, will it weigh less, more or same on the
moon? Why?
If
an object weighs 500N on the earth, will it weigh less, more or same on the
moon? Why?
c)
i) Density of wood is 0.6 g/cm^{3}.
What is the mass of wooden block which has volume of 2000 cm^{3}?
i) Density of wood is 0.6 g/cm^{3}.
What is the mass of wooden block which has volume of 2000 cm^{3}?
i)
If
a hole of 500 cm^{3} is made in the wood what is its new mass.
If
a hole of 500 cm^{3} is made in the wood what is its new mass.
ii)
If
the hole is filled with the lead of density 11 g/cm^{3}. What is mass
of the block?
If
the hole is filled with the lead of density 11 g/cm^{3}. What is mass
of the block?
27.
a)
State Archimede’s principle.
a)
State Archimede’s principle.
b)
A
stone weighs 560 g when completely immersed in kerosene whose density is 0.8
g/cm3. If the mass of displaced kerosene is 320 g. Calculate:
A
stone weighs 560 g when completely immersed in kerosene whose density is 0.8
g/cm3. If the mass of displaced kerosene is 320 g. Calculate:
i)
Volume
of the stone
Volume
of the stone
ii)
Density
of the stone.
Density
of the stone.
c)
State
Law of floatation.
State
Law of floatation.
28.
a)
i) State Pascal’s transmission of liquid pressure.
a)
i) State Pascal’s transmission of liquid pressure.
ii)
A
fish swims at a depth of 5m below the surface of water. Calculate liquid
pressure acting on the fish.
A
fish swims at a depth of 5m below the surface of water. Calculate liquid
pressure acting on the fish.
b) Smaller piston of a hydraulic press
has an area of 30 cm2 and pushed downward with a force of 100 N. If the area of
the longer piston is 750 cm2, find the weight which can be supported.
has an area of 30 cm2 and pushed downward with a force of 100 N. If the area of
the longer piston is 750 cm2, find the weight which can be supported.
c)
Explain
why a sharp knife cuts better.
Explain
why a sharp knife cuts better.
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