PRACTICAL GEOMETRY
PRACTICAL GEOMETRY

297650 Mark \((\checkmark)\) against the correct answer:
The supplement of 35° is:

1 55°
2 65°
3 145°
4 165°
PRACTICAL GEOMETRY

297651 For construction of a \(\triangle{\text{PQR}}\) where QR = 6cm, PR = 10cm and \(\angle{\text{Q}}\) = 90° its steps for construction is given below in jumbled form. Identify the fourth step from the following.
1. At point Q, draw an angle of 90°
2. From RR cut an arc of length PR = 10.0cm PR = 10.0cm using a compass .
3. Name the point of intersection of the arm of the angle 90° and the arc drawn in step 3, as P.
4. Join P to Q. PQR is the required triangle.
5. Draw the base side QR = 6cm

1 5
2 1
3 2
4 3
5 4
PRACTICAL GEOMETRY

297652 A/an ____________ connect a vertex of a triangle to the mid point of the opposite side.

1 Altitude
2 Median
3 Vertex
4 None of these
PRACTICAL GEOMETRY

297653 Two angles forming a linear pair are ________________.

1 Equal
2 Supplementary
3 Unequal
4 Complementary
PRACTICAL GEOMETRY

297650 Mark \((\checkmark)\) against the correct answer:
The supplement of 35° is:

1 55°
2 65°
3 145°
4 165°
PRACTICAL GEOMETRY

297651 For construction of a \(\triangle{\text{PQR}}\) where QR = 6cm, PR = 10cm and \(\angle{\text{Q}}\) = 90° its steps for construction is given below in jumbled form. Identify the fourth step from the following.
1. At point Q, draw an angle of 90°
2. From RR cut an arc of length PR = 10.0cm PR = 10.0cm using a compass .
3. Name the point of intersection of the arm of the angle 90° and the arc drawn in step 3, as P.
4. Join P to Q. PQR is the required triangle.
5. Draw the base side QR = 6cm

1 5
2 1
3 2
4 3
5 4
PRACTICAL GEOMETRY

297652 A/an ____________ connect a vertex of a triangle to the mid point of the opposite side.

1 Altitude
2 Median
3 Vertex
4 None of these
PRACTICAL GEOMETRY

297653 Two angles forming a linear pair are ________________.

1 Equal
2 Supplementary
3 Unequal
4 Complementary
PRACTICAL GEOMETRY

297650 Mark \((\checkmark)\) against the correct answer:
The supplement of 35° is:

1 55°
2 65°
3 145°
4 165°
PRACTICAL GEOMETRY

297651 For construction of a \(\triangle{\text{PQR}}\) where QR = 6cm, PR = 10cm and \(\angle{\text{Q}}\) = 90° its steps for construction is given below in jumbled form. Identify the fourth step from the following.
1. At point Q, draw an angle of 90°
2. From RR cut an arc of length PR = 10.0cm PR = 10.0cm using a compass .
3. Name the point of intersection of the arm of the angle 90° and the arc drawn in step 3, as P.
4. Join P to Q. PQR is the required triangle.
5. Draw the base side QR = 6cm

1 5
2 1
3 2
4 3
5 4
PRACTICAL GEOMETRY

297652 A/an ____________ connect a vertex of a triangle to the mid point of the opposite side.

1 Altitude
2 Median
3 Vertex
4 None of these
PRACTICAL GEOMETRY

297653 Two angles forming a linear pair are ________________.

1 Equal
2 Supplementary
3 Unequal
4 Complementary
PRACTICAL GEOMETRY

297650 Mark \((\checkmark)\) against the correct answer:
The supplement of 35° is:

1 55°
2 65°
3 145°
4 165°
PRACTICAL GEOMETRY

297651 For construction of a \(\triangle{\text{PQR}}\) where QR = 6cm, PR = 10cm and \(\angle{\text{Q}}\) = 90° its steps for construction is given below in jumbled form. Identify the fourth step from the following.
1. At point Q, draw an angle of 90°
2. From RR cut an arc of length PR = 10.0cm PR = 10.0cm using a compass .
3. Name the point of intersection of the arm of the angle 90° and the arc drawn in step 3, as P.
4. Join P to Q. PQR is the required triangle.
5. Draw the base side QR = 6cm

1 5
2 1
3 2
4 3
5 4
PRACTICAL GEOMETRY

297652 A/an ____________ connect a vertex of a triangle to the mid point of the opposite side.

1 Altitude
2 Median
3 Vertex
4 None of these
PRACTICAL GEOMETRY

297653 Two angles forming a linear pair are ________________.

1 Equal
2 Supplementary
3 Unequal
4 Complementary