297594 Which of these nets is a net of a cube?

1

2

3

4

297596 Mark \((\checkmark)\) against the correct answer.
An angle is its own complement. The measure of the angle is:

297597 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 second step from the following.
1. At point Q, draw an angle of 90°
2. From R cut an arc of length 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.

297598 The number of triangles with any three of the length 1, 4, 6 and 8 cm, as sides is:

297599 Mark \((\checkmark)\) against the correct answer:
In a \(\triangle\text{ABC},\) If \(\angle\text{B}=40^\circ\) and \(\angle\text{C}=35^\circ,\) then \(\angle\text{A}=?\)

297594 Which of these nets is a net of a cube?

1

2

3

4

297596 Mark \((\checkmark)\) against the correct answer.
An angle is its own complement. The measure of the angle is:

297597 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 second step from the following.
1. At point Q, draw an angle of 90°
2. From R cut an arc of length 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.

297598 The number of triangles with any three of the length 1, 4, 6 and 8 cm, as sides is:

297599 Mark \((\checkmark)\) against the correct answer:
In a \(\triangle\text{ABC},\) If \(\angle\text{B}=40^\circ\) and \(\angle\text{C}=35^\circ,\) then \(\angle\text{A}=?\)

297594 Which of these nets is a net of a cube?

1

2

3

4

297596 Mark \((\checkmark)\) against the correct answer.
An angle is its own complement. The measure of the angle is:

297597 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 second step from the following.
1. At point Q, draw an angle of 90°
2. From R cut an arc of length 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.

297598 The number of triangles with any three of the length 1, 4, 6 and 8 cm, as sides is:

297599 Mark \((\checkmark)\) against the correct answer:
In a \(\triangle\text{ABC},\) If \(\angle\text{B}=40^\circ\) and \(\angle\text{C}=35^\circ,\) then \(\angle\text{A}=?\)

297594 Which of these nets is a net of a cube?

1

2

3

4

297596 Mark \((\checkmark)\) against the correct answer.
An angle is its own complement. The measure of the angle is:

297597 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 second step from the following.
1. At point Q, draw an angle of 90°
2. From R cut an arc of length 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.

297598 The number of triangles with any three of the length 1, 4, 6 and 8 cm, as sides is:

297599 Mark \((\checkmark)\) against the correct answer:
In a \(\triangle\text{ABC},\) If \(\angle\text{B}=40^\circ\) and \(\angle\text{C}=35^\circ,\) then \(\angle\text{A}=?\)

297594 Which of these nets is a net of a cube?

1

2

3

4

297596 Mark \((\checkmark)\) against the correct answer.
An angle is its own complement. The measure of the angle is:

297597 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 second step from the following.
1. At point Q, draw an angle of 90°
2. From R cut an arc of length 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.

297598 The number of triangles with any three of the length 1, 4, 6 and 8 cm, as sides is:

297599 Mark \((\checkmark)\) against the correct answer:
In a \(\triangle\text{ABC},\) If \(\angle\text{B}=40^\circ\) and \(\angle\text{C}=35^\circ,\) then \(\angle\text{A}=?\)