Practical Geometry Test

Result

Practical Geometry Test - 6

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Weekly Quiz Competition

Question 1
1 / -0

Draw rectangle PQRS by using given information-
$$PQ=5\ cm$$, $$QR=3.5\ cm$$
Given below are the steps to construct rectangle ABCD. Arrange them in proper order-
1) Taking point Q as centre, draw a line at an angle of $${ 90 }^{ 0 }$$. Point R is $$3.5\ cm$$ away from point Q. Taking Q as centre and $$3.5\ cm$$ as radius, draw an arc which will cut previously drawn arc at point R.
2) Point of intersection of two lines will be last point S.
3) Taking point P as centre, draw a line at angle of $${ 90 }^{ 0 }$$. Taking point R as centre, draw a line at angle of $${ 90 }^{ 0 }$$.
4) Draw segment PQ of length 5 cm as base of rectangle

A
1-2-4-3

B
4-1-3-2

C
3-1-2-4

D
2-1-4-3

Solution
Question 2
1 / -0

Construct a rhombus ABCD from following dimensions-
$$AC=5.2\ cm$$ and $$BD=6.4\ cm$$
Following are the steps given to construct rhombus ABCD. Arrange them in proper order-
1) Join points A, B, C and D to complete rhombus ABCD
2) Taking O as centre and radius of $$\frac { 6.4 }{ 2 } =3.2\ cm$$, draw arcs on both sides of segment AC to intersect perpendicular bisector in B and D respectively.
3) Draw perpendicular bisector of segment AC which will intersect segment AC at point O.
4) Draw segment AC of length 5.2 cm as base of rhombus.

A
1-2-3-4

B
4-3-2-1

C
3-2-4-1

D
2-1-4-3

Solution
Question 3
1 / -0

Construct a rhombus DEAR from following dimensions-
$$DA=5.5\ cm$$ and $$ER=4.8\ cm$$
Following are the steps given to construct rhombus DEAR. Arrange them in proper order-
1) Draw perpendicular bisector of segment DA which will intersect segment DA at point O.
2) Join points D, E, A and R to complete rhombus DEAR
3) Taking O as centre and radius of $$\frac { 4.8 }{ 2 } =2.4\ cm$$, draw arcs on both sides of segment DA to intersect perpendicular bisector in E and R respectively.
4) Draw segment DA of length 5.5 cm as base of rhombus.

A
4-3-2-1

B
4-1-3-2

C
3-1-2-4

D
1-2-3-4

Solution
Question 4
1 / -0

Construct a rhombus LIFT from following dimensions-
$$LF=6\ cm$$ and $$IT=10\ cm$$
Following are the steps given to construct rhombus LIFT. Arrange them in proper order-
1) Join points L, I, F and T to complete rhombus LIFT
2) Draw perpendicular bisector of segment LF which will intersect segment LF at point O.
3) Taking O as centre and radius of $$\frac { 10 }{ 2 } =5\ cm$$, draw arcs on both sides of segment LF to intersect perpendicular bisector in I and T respectively.
4) Draw segment LF of length 6 cm as base of rhombus.

A
1-2-3-4

B
4-3-2-1

C
4-2-3-1

D
3-4-1-2

Solution
Question 5
1 / -0

Draw rectangle GOLD by using given information-
$$GO=6\ cm$$, $$OL=4.2\ cm$$
Given below are the steps to construct rectangle GOLD. Arrange them in proper order-
1) Point of intersection of two lines will be last point D.
2) Taking point O as centre, draw a line at an angle of $${ 90 }^{ 0 }$$. Point L is $$4.2\ cm$$ away from point O. Taking O as centre and $$4.2\ cm$$ as radius, draw an arc which will cut previously drawn arc at point L.
3) Draw segment GO of length $$6\ cm$$ as base of rectangle
4) Taking point G as centre, draw a line at angle of $${ 90 }^{ 0 }$$. Taking point L as centre, draw a line at angle of $${ 90 }^{ 0 }$$.

A
1-3-2-4

B
2-4-3-1

C
3-4-2-1

D
3-2-4-1

Solution
Question 6
1 / -0

Construct a rhombus MORE from following dimensions-
$$MR=6\ cm$$ and $$OE=8\ cm$$
Following are the steps given to construct rhombus MORE. Arrange them in proper order-
1) Draw perpendicular bisector of segment MR which will intersect segment MR at point O.
2) Draw segment MR of length 6 cm as base of rhombus.
3) Join points M, O, R and E to complete rhombus MORE
4) Taking O as centre and radius of $$\frac { 8 }{ 2 } =4\ cm$$, draw arcs on both sides of segment MR to intersect perpendicular bisector in O and E respectively.

A
1-2-3-4

B
4-3-2-1

C
3-2-1-4

D
2-1-4-3

Solution
Question 7
1 / -0

Construct square READ given $$RE=5.1\ cm$$
Following are the steps given to construct square READ. Arrange them in proper order-
1) Taking point R as centre, draw a line at an angle of $${ 90 }^{ 0 }$$. Taking R as centre and radius as 5.1 cm, draw an arc which will intersect previously drawn line at D
2) Connect points A and D to complete square READ
3) Draw segment RE of length 5.1 cm as base of square.
4) Taking point E as centre, draw a line at an angle of $${ 90 }^{ 0 }$$. Taking E as centre and radius as 5.1 cm, draw an arc which will intersect previously drawn line at A

A
3-1-4-2

B
4-3-2-1

C
1-2-3-4

D
2-4-3-1

Solution
Question 8
1 / -0

Draw rectangle MIST by using given information-
$$MI=8\ cm$$, $$IS=6.4\ cm$$
Given below are the steps to construct rectangle MIST. Arrange them in proper order-
1) Taking point M as centre, draw a line at angle of $${ 90 }^{ 0 }$$. Taking point S as centre, draw a line at angle of $${ 90 }^{ 0 }$$.
2) Taking point I as centre, draw a line at an angle of $${ 90 }^{ 0 }$$. Point S is $$6.4\ cm$$ away from point I. Taking I as centre and $$6.4\ cm$$ as radius, draw an arc which will cut previously drawn arc at point S.
3) Point of intersection of two lines will be last point T.
4) Draw segment MI of length $$8\ cm$$ as base of rectangle

A
1-3-4-2

B
3-2-4-1

C
4-2-1-3

D
2-3-1-4
Question 9
1 / -0

Construct square PQRS given $$RS=4.1\ cm$$
Following are the steps given to construct square PQRS. Arrange them in proper order-
1) Connect points P and Q to complete square PQRS
2) Draw segment RS of length 4.1 cm as base of square.
3) Taking point S as centre, draw a line at an angle of $${ 90 }^{ 0 }$$. Taking S as centre and radius as 4.1 cm, draw an arc which will intersect previously drawn line at P
4) Taking point R as centre, draw a line at an angle of $${ 90 }^{ 0 }$$. Taking R as centre and radius as 4.1 cm, draw an arc which will intersect previously drawn line at Q

A
1-2-3-4

B
3-1-2-4

C
4-2-3-1

D
2-4-3-1

Solution
Question 10
1 / -0

Construct square LIFT given $$LI=4.5\ cm$$
Following are the steps given to construct square LIFT. Arrange them in proper order-
1) Connect points F and T to complete square LIFT
2) Taking point I as centre, draw a line at an angle of $${ 90 }^{ 0 }$$. Taking I as centre and radius as 4.5 cm, draw an arc which will intersect previously drawn line at F
3) Taking point L as centre, draw a line at an angle of $${ 90 }^{ 0 }$$. Taking L as centre and radius as 4.5 cm, draw an arc which will intersect previously drawn line at T
4) Draw segment LI of length 4.5 cm as base of square.

A
1-4-2-3

B
2-4-3-1

C
3-4-1-2

D
4-3-2-1

Solution