Complete the hexagonal and star shaped Rangolies [see Fig. 7.53 (i) and (ii)] by fillingthem with as many equilateral triangles of side 1 cm as you can. Count the number oftriangles in each case. Which has more triangles?

Complete the hexagonal and star shaped Rangolies [see Fig. 7.53 (i) and (ii)] by filling them with as many equilateral triangles of side 1 cm as you can. Count the number of triangles in each case. Which has more triangles?

d e eluidistant from A, B and C) Complete the hexagonal and star shaped Rangolies [see Fig.7.53 ) and (i)] by filing them with as many equilateral triangles of side 1 cm as you can. Count the number o riangles in each case. Which has more triangles? 5 cm 5 cm ? 5 cm 5 cm

Complete the hexagonal and star shaped Rangolies (see fig. (i) and (ii)] by filling them with as many equilateral triangles of side 1 cm as you can. Count the number of triangles in each case. Which has more triangles?

Complete the hexagonal and star shaped Rangolies [see figure (1) and (2) by filling them with as many equilateral triangles of side 1 cm as you can. Count the number of triangles in each case. Which has more triangles ?

Oul houlu Be equidistant from A, B and C) lete the hexagonal and star shaped Rangolies (see Fig. 7.53 0) and Complete the them with as many equilateral triangles of side 1 cm as you can. Count the number of triangles in each case. Which has more triangles? 5 cm 5 cm ? 5 cm / ? 5 cm Fig. 7.53

Complete the hexagonal rangoli and the star Rangolies (see Figs. ) by filling them with as many equilateral triangles of side 1 cm as you can. Count the number of triangles in each case. Which has more triangles ?

Complete the hexagonal and star shaped Rangolies, By filling them with as many equilateral triangles of side 1 cm as you can. Count the number of triangles in each case. Which has more triangles.

How many equilateral triangles each of side 1 cm can fill the given star rangoli ?

How many equilateral triangles each of side 1 cm can fill the given star rangoli ?

How many equilateral triangles each of side 1 cm and fill the given hexagonal rangoli ?