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WorksheetsMotion and Measurement of Distances - 4
Total questions: 51
Worksheet time: 41mins
Types of Motions.
What type of motion is described when a vehicle moves along a straight road without changing direction?
a) Linear motion /Rectilinear Motion
b) Circular motion
c) Rotational motion
d) Random motion
Types of Motions.
When soldiers march past in a parade, what type of motion is being demonstrated?
a) Rotational motion
b) Oscillatory motion
c) Periodic motion
d) Linear motion/Rectilinear Motion
Types of Motions.
When a stone falls under the influence of gravity, what type of motion does it exhibit?
a) Circular motion
b) Projectile motion
c) Vibrational motion
d) Stationary motion
Types of Motions.
What type of motion is described when objects move along a straight line without changing direction?
a) Rectangular motion
b) Straight-line motion
c) Linear motion
d) Curvilinear motion
Types of Motions.
In which of the following examples does rectilinear motion occur?
a) A car navigating a winding mountain road
b) A train moving along a straight railway track
c) A bicycle taking sharp turns on a racecourse
d) A roller coaster going through loops and twists
Types of Motions.
Which term best describes the path of motion of objects on a straight road, in a parade, or when a stone falls?
a) Circular motion
b) Oscillatory motion
c) Rectilinear motion
d) Rotational motion
Types of Motions.
When you whirl a stone tied to a thread with your hand, what type of motion does the stone exhibit?
a) Linear motion
b) Rectilinear motion
c) Circular motion
d) Oscillatory motion
Types of Motions.
When whirled with a thread, what force keeps the stone moving in a circular path?
a) Gravitational force
b) Centrifugal force
c) Centripetal force
d) Magnetic force
Types of Motions.
In the context of this activity, what is the path followed by the stone when it is whirled with the thread?
a) Straight line
b) Zigzag path
c) Circular path
d) Wavy path
Types of Motions.
What is one similarity between the electric fan and the clock described in the text?
a) They both move from one place to another.
b) The blades of the fan and the clock hands rotate.
c) They are stationary objects.
d) They are both made of metal.
Types of Motions.
If you mark a point on the blades of a fan or on the hands of a clock, what happens to the distance of this point from the center as they rotate?
a) The distance increases.
b) The distance remains the same.
c) The distance decreases.
d) It's impossible to determine.
Types of Motions.
If you mark a point on either the blades of a fan or the hands of a clock, what happens to the distance of this point from the center as they rotate?
a) The distance decreases.
b) The distance increases.
c) The distance remains the same.
d) The distance becomes unpredictable.
Types of Motions.
What is the main idea of the text?
a) Electric fans and clocks are identical in function.
b) The blades of a fan and the hands of a clock rotate without moving from one place to another.
c) Marking points on fans and clocks is an important activity.
d) The center of a fan and the center of a clock are always in the same position.
Types of Motions. What is the Fifth statement of the video clip?
but the blades of the fan rotate and so do the hands of a clock. if we mark a point anywhere on the blades of a fan or on the hands of a clock
the distance of this point from the
center of the fan or the clock will remain the same as they rotate.
In some cases an object repeats its
motion after some time. This type of motion is called periodic motion
Take the stone tied with a string and hang it up. Now hold the string in your hand and let
the stone hang from it. Pull the stone to one side with the
other hand and let it go.
the electric fan or the clock by
themselves is not moving from one place
to another
Types of Motions. What is the Sixth statement of the video clip?
but the blades of the fan rotate and so do the hands of a clock. if we mark a point anywhere on the blades of a fan or on the hands of a clock
the distance of this point from the
center of the fan or the clock will remain the same as they rotate.
In some cases an object repeats its
motion after some time. This type of motion is called periodic motion
Take the stone tied with a string and hang it up. Now hold the string in your hand and let
the stone hang from it. Pull the stone to one side with the
other hand and let it go.
This is a pendulum something that will
help us understand about periodic motion.
Types of Motions. What is the Seventh statement of the video clip?
Now, the motion of a pendulum motion of a
child on a swing strings of a guitar are
all examples of periodic motion, where an object repeats its motion after a fixed interval of time.
the distance of this point from the
center of the fan or the clock will remain the same as they rotate.
In some cases an object repeats its
motion after some time. This type of motion is called periodic motion
Take the stone tied with a string and hang it up. Now hold the string in your hand and let
the stone hang from it. Pull the stone to one side with the
other hand and let it go.
This is a pendulum something that will
help us understand about periodic motion.
Types of Motions. What is the Eighth statement of the video clip?
Now, the motion of a pendulum motion of a
child on a swing strings of a guitar are
all examples of periodic motion, where an object repeats its motion after a fixed interval of time.
the distance of this point from the
center of the fan or the clock will remain the same as they rotate.
In some cases an object repeats its
motion after some time. This type of motion is called periodic motion
Take the stone tied with a string and hang it up. Now hold the string in your hand and let
the stone hang from it. Pull the stone to one side with the
other hand and let it go.
This is a pendulum something that will
help us understand about periodic motion.
Types of Motions. What is the Ninth statement of the video clip?
Now, the motion of a pendulum motion of a
child on a swing strings of a guitar are
all examples of periodic motion, where an object repeats its motion after a fixed interval of time.
the distance of this point from the
center of the fan or the clock will remain the same as they rotate.
In some cases an object repeats its
motion after some time. This type of motion is called periodic motion
Take the stone tied with a string and hang it up. Now hold the string in your hand and let
the stone hang from it. Pull the stone to one side with the
other hand and let it go.
This is a pendulum something that will
help us understand about periodic motion.
Types of Motions. What is the Tenth statement of the video clip?
Now, the motion of a pendulum motion of a
child on a swing strings of a guitar are
all examples of periodic motion, where an object repeats its motion after a fixed interval of time.
the distance of this point from the
center of the fan or the clock will remain the same as they rotate.
In some cases an object repeats its
motion after some time. This type of motion is called periodic motion
Take the stone tied with a string and hang it up. Now hold the string in your hand and let
the stone hang from it. Pull the stone to one side with the
other hand and let it go.
This is a pendulum something that will
help us understand about periodic motion.
Types of Motions. What is the Eleventh statement of the video clip?
Now, the motion of a pendulum motion of a
child on a swing strings of a guitar are
all examples of periodic motion, where an object repeats its motion after a fixed interval of time.
the distance of this point from the
center of the fan or the clock will remain the same as they rotate.
In some cases an object repeats its
motion after some time. This type of motion is called periodic motion
Take the stone tied with a string and hang it up. Now hold the string in your hand and let
the stone hang from it. Pull the stone to one side with the
other hand and let it go.
This is a pendulum something that will
help us understand about periodic motion.
What type of motion is this?
Periodic
Curvilinear
Translatory
Circulatory
What type of motion is this?
Periodic
Circulatory
Rectilinear
Curvilinear
What type of motion is this?
Translatory
Circulatory
Oscillatory
Periodic
What type of motion is this?
Translatory
Curvilinear
Oscillatory
Rectilinear
What type of motion is this?
Rectilinear
Circulatory
Periodic
Curvilinear
What type of motion is this?
Translatory
Periodic
Oscillatory
Circulatory
These are types of motions.
True
False
This is ____________ motion.
Oscillatory
Periodic
Curvilinear
Rectilinear
This is ____________ motion.
Translatory
Periodic
Oscillatory
Circulatory
This is ______________ motions.
Circulatory
Periodic
Translatory
Rectilinear
What causes an object to move?
When balanced forces act on an object
When unbalanced forces act on an object
When the total force acting on the object equals zero
Both a and c
What pattern of motion is shown in the diagram?
Sliding
Rotation
Revolution
Rolling
What pattern of motion best describes Earth’s circular path around the sun?
Sliding
Rotation
Revolution
Rolling
Which of the following is an example of a periodic motion?
Rocking
Swinging
Bouncing
All of the above
What type of motion is this?
Periodic
Revolution
Spinning
Linear
What type of motion is this?
Periodic
Revolution
Spinning
Linear
What type of motion is this?
Periodic
Revolution
Spinning
Linear
What type of motion is this?
Periodic
Revolution
Rolling
Linear
What type of motion is this?
Periodic
Revolution
Rolling
Linear
An object is _____ if its position changes.
in motion
at reset
a frame of reference
magical
What type of motion is this?
Linear
Circular
Oscillation
Reciprocal
What is the unit used to measure speed?
kilometre/hour
Meter/hour
kilometre/second
Motion of Earth revolving around the sun is a combination motion of
Linear and periodic
Circular and periodic
Random and oscillatory,
Motion of a butterfly can be described as
Uniform-linear
Rotational
Periodic
Random
What is Motion
Still Standing
Sleeping
the action or process of moving or being moved.
The minute hand completes a round in every________
90 mins
60 mins
50 mins
find the odd one out.
Random
Gravitational
Periodic
The change of place of an object is called displacement.
TRUE
FALSE
A fish swimming in water is an example of (a) motion.
