CBSE Class 7 > Class 7 Videos > Advance Learner Course: Mathematics (Maths) > Examples: Rhombus, Rectangle and Square(Part 2)
Examples Rhombus, Rectangle and Square(Part 2) Video Lecture - Advance
FAQs on Examples: Rhombus, Rectangle and Square(Part 2)
| 1. What are the properties of a rhombus? |  |
A rhombus is a quadrilateral with the following properties: - All four sides are equal in length. - Opposite angles are congruent. - Diagonals bisect each other at right angles. - Diagonals are perpendicular to each other.
| 2. How is a rectangle different from a rhombus? | |
A rectangle is a quadrilateral with the following properties: - All four angles are right angles. - Opposite sides are parallel and congruent. - Diagonals are congruent. - Diagonals bisect each other. In contrast, a rhombus has all four sides equal in length and opposite angles congruent, but the angles are not necessarily right angles.
| 3. What is the difference between a square and a rhombus? | |
A square is a special type of rectangle and rhombus with the following properties: - All four angles are right angles. - All four sides are equal in length. - Diagonals are congruent. - Diagonals bisect each other at right angles. In comparison, a rhombus has all four sides equal in length and opposite angles congruent, but the angles are not necessarily right angles.
| 4. How can we determine if a quadrilateral is a square? | |
To determine if a quadrilateral is a square, we need to check the following properties: - All four angles are right angles. - All four sides are equal in length. - Diagonals are congruent. - Diagonals bisect each other at right angles. If a quadrilateral satisfies all these conditions, it can be classified as a square.
| 5. What are the applications of these geometric shapes in real life? | |
Rhombuses, rectangles, and squares have various applications in real life, including: - Architecture: These shapes are commonly used in building design, especially for creating symmetrical structures and floor plans. - Tiling and flooring: They are frequently used as tiles or floor patterns due to their regularity and visual appeal. - Carpentry and furniture making: Rectangular and square shapes are utilized in constructing furniture and wooden structures. - Packaging and graphic design: These shapes are often used as templates for designing logos, labels, and packaging. - Mathematics and geometry: Understanding these shapes is essential in geometry and related fields, helping with problem-solving and spatial reasoning.
Text Transcript from Video
hello friends this video on
quadrilaterals 521 is brought to you by
exam feel calm no more fear from exam
for right angles now when you talk about
quadrilaterals with all sides equal so
all that we can think of the first thing
that comes to our mind is a square where
all sides are equal and all angles are
also equal so basically square would
come here also because in square you
have all right angles so square would
fit into this criteria as well four
sides equal another example would be
rhombus in rhombus also we have four
sides equal but in this case the angles
are not equal now when you talk about
four right angles one two could be
square the other could be rectangle
where all the angles and height angles
but their sides are not equal question
number three name the quadrilaterals
whose diagonals bisect each other now
there are many such quadrilaterals one
such quadrilateral is a parallelogram so
imperil you blame the diagonals bisect
each other you think of the special
parallelograms and they also come under
spiral Oh Graham anyways because all the
tangles are parallelogram all squares
are also parallelogram all rhombuses are
also parallelogram so parallelograms
articles where the diagonals bisect each
other where diagonals are perpendicular
bisectors of each other so this happens
only in case of square and rhombus
diagonals are equal diagonals are equal
this happens again in piece of square
and rectangle so we have proved each of
these properties in detail some time
back so I think you can refer them if
you want to know why this happens
question number four ABC is a
right-angled triangle and O is the
midpoint of the side opposite to the
right angle so right and
this angle that will be so AC is the
side opposite to the right angle explain
why o is equidistant from a b and c
basically you have to prove that this
distance is equal to this distance that
is o a is equal to OB is equal to OC so
this is what you have to basically prove
now the dive in the diagram you see
there are some extrapolated lines so it
which is trying to so show that if you
have a right triangle and if you create
another triangle on the other side these
two triangles together form a rectangle
so this has actually formed a rectangle
now if you recall the properties of
rectangle what do we see we see that in
case of a rectangles the diagonals are
equal in length and also the diagonals
bisect each other now when we see that
diagonals bisect each other that would
mean Oh a will be equal to OC and OB
will be equal to Odin and when we say
the diagonals are equal that means BD
will be equal to AC now considering this
as well as this relation we can very
easily prove that Oh a is equal to OB is
equal to OC that's because when we say B
D is equal to AC what are we actually
saying we are trying to say that BD is
equal to AC so PD is nothing but b au +
OD and AC is nothing but a o + OC right
now since we know that vo is equal to d
bo therefore we can write instead of do
we can write bo similarly here we know
that a o is equal to OC so instead of OC
we can write arrow so from this we can
write
to be both is equal to 200 or we can say
B or is equal to a or so from here we
have proved that Bo is equal to a oh and
from here we saw that a o is equal to
zero therefore we can say that all these
three are equal and therefore o is
equidistant from points a B and C so
with this we have reached towards the
end of this lesson and I hope that this
lesson on quadrilaterals would have
helped you
the most important tip that I would like
to give you in terms of solving
questions related to quadrilaterals is
that focus over on the properties when
you are trying to solve any questions
try to understand the question property
and draw a diagram that should be your
first step when you try to solve a
problem draw a diagram once your diagram
is correct I mean and you remember the
properties I am sure you will be able to
head solve it correctly so with this I
would conclude this lesson so see you
all in the next lesson thank you please
visit exam fee or come for free quality
education you can learn with a simple
four-step learning process wherein you
can watch video lessons you can ask your
questions you can refer notes and you
can take a free online test we have
content for class 6 to 12 on physics
chemistry mathematics and biology along
with practical videos so please
subscribe to our channel for daily
updates thank you
quadrilaterals 521 is brought to you by
exam feel calm no more fear from exam
for right angles now when you talk about
quadrilaterals with all sides equal so
all that we can think of the first thing
that comes to our mind is a square where
all sides are equal and all angles are
also equal so basically square would
come here also because in square you
have all right angles so square would
fit into this criteria as well four
sides equal another example would be
rhombus in rhombus also we have four
sides equal but in this case the angles
are not equal now when you talk about
four right angles one two could be
square the other could be rectangle
where all the angles and height angles
but their sides are not equal question
number three name the quadrilaterals
whose diagonals bisect each other now
there are many such quadrilaterals one
such quadrilateral is a parallelogram so
imperil you blame the diagonals bisect
each other you think of the special
parallelograms and they also come under
spiral Oh Graham anyways because all the
tangles are parallelogram all squares
are also parallelogram all rhombuses are
also parallelogram so parallelograms
articles where the diagonals bisect each
other where diagonals are perpendicular
bisectors of each other so this happens
only in case of square and rhombus
diagonals are equal diagonals are equal
this happens again in piece of square
and rectangle so we have proved each of
these properties in detail some time
back so I think you can refer them if
you want to know why this happens
question number four ABC is a
right-angled triangle and O is the
midpoint of the side opposite to the
right angle so right and
this angle that will be so AC is the
side opposite to the right angle explain
why o is equidistant from a b and c
basically you have to prove that this
distance is equal to this distance that
is o a is equal to OB is equal to OC so
this is what you have to basically prove
now the dive in the diagram you see
there are some extrapolated lines so it
which is trying to so show that if you
have a right triangle and if you create
another triangle on the other side these
two triangles together form a rectangle
so this has actually formed a rectangle
now if you recall the properties of
rectangle what do we see we see that in
case of a rectangles the diagonals are
equal in length and also the diagonals
bisect each other now when we see that
diagonals bisect each other that would
mean Oh a will be equal to OC and OB
will be equal to Odin and when we say
the diagonals are equal that means BD
will be equal to AC now considering this
as well as this relation we can very
easily prove that Oh a is equal to OB is
equal to OC that's because when we say B
D is equal to AC what are we actually
saying we are trying to say that BD is
equal to AC so PD is nothing but b au +
OD and AC is nothing but a o + OC right
now since we know that vo is equal to d
bo therefore we can write instead of do
we can write bo similarly here we know
that a o is equal to OC so instead of OC
we can write arrow so from this we can
write
to be both is equal to 200 or we can say
B or is equal to a or so from here we
have proved that Bo is equal to a oh and
from here we saw that a o is equal to
zero therefore we can say that all these
three are equal and therefore o is
equidistant from points a B and C so
with this we have reached towards the
end of this lesson and I hope that this
lesson on quadrilaterals would have
helped you
the most important tip that I would like
to give you in terms of solving
questions related to quadrilaterals is
that focus over on the properties when
you are trying to solve any questions
try to understand the question property
and draw a diagram that should be your
first step when you try to solve a
problem draw a diagram once your diagram
is correct I mean and you remember the
properties I am sure you will be able to
head solve it correctly so with this I
would conclude this lesson so see you
all in the next lesson thank you please
visit exam fee or come for free quality
education you can learn with a simple
four-step learning process wherein you
can watch video lessons you can ask your
questions you can refer notes and you
can take a free online test we have
content for class 6 to 12 on physics
chemistry mathematics and biology along
with practical videos so please
subscribe to our channel for daily
updates thank you
About this Video
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Apr 19, 2026 Last updated
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