297687 A triangle in which all three sides are of equal lengths is called __________.

297705 Mark \((\checkmark)\) against the correct answer.
In \(\triangle\text{ABC},\) side BC has been produced to D. If \(\angle\text{ACD}=132^\circ\) and \(\angle\text{A}=54^\circ\) then \(\angle\text{B}={ ?}\)7

297706 The name of the given solid in Fig is:
8

297708 A triangle can be constructed by taking two of its angles as:

297687 A triangle in which all three sides are of equal lengths is called __________.

297705 Mark \((\checkmark)\) against the correct answer.
In \(\triangle\text{ABC},\) side BC has been produced to D. If \(\angle\text{ACD}=132^\circ\) and \(\angle\text{A}=54^\circ\) then \(\angle\text{B}={ ?}\)7

297706 The name of the given solid in Fig is:
8

297708 A triangle can be constructed by taking two of its angles as:

297687 A triangle in which all three sides are of equal lengths is called __________.

297705 Mark \((\checkmark)\) against the correct answer.
In \(\triangle\text{ABC},\) side BC has been produced to D. If \(\angle\text{ACD}=132^\circ\) and \(\angle\text{A}=54^\circ\) then \(\angle\text{B}={ ?}\)7

297706 The name of the given solid in Fig is:
8

297708 A triangle can be constructed by taking two of its angles as:

297687 A triangle in which all three sides are of equal lengths is called __________.

297705 Mark \((\checkmark)\) against the correct answer.
In \(\triangle\text{ABC},\) side BC has been produced to D. If \(\angle\text{ACD}=132^\circ\) and \(\angle\text{A}=54^\circ\) then \(\angle\text{B}={ ?}\)7

297706 The name of the given solid in Fig is:
8

297708 A triangle can be constructed by taking two of its angles as: