Each side of an equilateral triangular field is 15m. At the three corners, three cows are tied separately with ropes of 7m each to graze in the field. Find the perimeter of the ungrazed field

Sides of a right triangular field are 25m, 24m and 7m. At the three corners of the field, a cow, a buffalo and a horse are tied separately with ropes of 3.5 m each to graze in the field. Find the area of the field that cannot be grazed by these animals.

Sides of a right triangular field are 25m, 24m and 7m. At the three corners of the field, a cow, a buffalo and a horse are tied separately with ropes of 3.5 m each to graze in the field. Find the area of the field that cannot be grazed by these animals.

Sides of a triangular field are 15 m, 16m and 17m. With the three corners of the field a cow, a buffalo and a horse are tied separately with ropes of length 7m each to graze in the field. Find the area of the field which cannot be grazed by the three animals.

Sides of a triangular fiald are 15 m, 16m and 17m. With the three cormers of the field a cow, a buffalo and a horse are tied separately with ropes of length 7m each to graze in the field. Find the area of the field which cannot be grazed by the three animals.

A grassy field has the shape of an equilateral triangle of side 6m. A horse is tied to one of its vertices with a rope of length 4.2m. The percentage of the total area of the field which is available for grazing is best approximated by

Three cows owned by three farmers are tied at three corners of a triangular plot with ropes of 7m length each.Find the area grazed by the cows.

The perimeter of a triangular field is 420 m and irts sides are in the ratio 6:7:8. Find the area of the triangular field.

The perimeter of a triangular field is 420 m and its sides are in the ratio 6:7:8. Find the area of the triangular field.

The perimeter of a triangular field is 144m and the ratio of the sides is 3:4:5. Find the area of the field.