In triangle abc, the segments drawn from the vertices intersect at point g. segment fg measures 6 cm, and segment fc measures 18 cm. which best explains whether point g can be the centroid? point g cannot be the centroid because 18: 6 does not equal 2: 1. point g cannot be the centroid because fg should be longer than cg. point g can be the centroid because 12: 6 equals 2: 1. point g can be the centroid because fc is longer than fg.

The correct explaination is Point G can be the centroid because 12:6 equals 2:1

Step-by-step explanation:

Given in  triangle ABC, the segments drawn from vertices intersect at point G.

Segment FG measures 6 cm and and segment FC measures 18 cm.

FG = 6 cm & FC = 18 cm

and also FC = FG + GC

               18 = 6 + GC   ⇒ GC = 12

Note: The centroid divides each median in a ratio of 2:1

& 12:6 give rise to 2:1

Hence, the correct explaination for this is Point G can be the centroid because 12:6 equals 2:1

C

Step-by-step explanation:

17   x 256=4352

sorry if this is wrong, i'm new.

step-by-step explanation:

step-by-step explanation:

the shape,the size and the distance