A small terrace at a football ground comprises of 15 steps each of which is 50 m long and built of solid concrete. Each step has a rise of `1/4`m and a tread of `1/2`m. Calculate the total volume of concrete required to build the terrace.

A small terrace at a football ground comprises of 15step each of which is 50m long and built of solid concrete. Each step has a rise of 1/4 m and a tread of 1/2 m (see fig.) Calculate the total volume of concrete required to build the terrace. .

A small terrace at a football ground comprises of 15 steps each of which is 50m long and built of solid concrete. Each stop has a rise of 1//2 m and a tread of 1//2 m calculate the total volume of concrete required to build the terrace.

A small terrace at a football ground comprises of 15 steps each of which is 50 m long and built of solid concrete. Each step has a rise a 1/4 m and a tread of 1/2 m. (sec Fig.). Calculate the total volume of concrete required to build the terrace. [ Hint : Volume of concrete reuqired to build the first step = 1/4 xx 1/2 xx 50 m^(3) ]

A small terrace at a football ground comprises of 15 steps each of which is 50 m long and built of solid concrete. Each step has a rise of 1/4 m and a tread of 1/2 m. (see Figure). Calculate the total volume of concrete required to build the ter

A small terrace at a football ground comprises of 15 steps each of which is 50 m long and built of solid concrete . Each step has a rise of 1/4 m and a tread of 1/2 m ( ss fig ) .Caculate the total valoume of concrete required to build the terrace . [ Hint : volume of concrete required to build the first step = 1/4 xx 1/2 xx 50 m^(3) ]

A small terrace at a football ground comprises of 15 steps each of which is 50 m long and built of solid concrete. Each step has a rise of m 1/4 and a tread of 1/2 m (see the given figure). Calculate the total volume of concrete required to build the terrace.

A small terrace at a football ground comprises of 15 steps each of which is 50 m long and built of solid bricks. Each step has a rise of 1/4 m and a tread of 1/2 m. Calculate the total volume of the terrace. [Hint: Volume of the first step =1/4 xx 1/2 xx 50 m^(3) ]

A small terrace at a uphill temple has 100 steps each of which is 108 m long and built of solid concrete. Each step has a rise of 1/3 m and has a tread of 2/3 m. The total volume of the concrete required to build the terrace will be

The pillars of a temple are cylindrically shaped (see Fig.13.26). If each pillar has a circular base of radius 20cm and height 10m, how much concrete mixture would be required to build 14 such pillars?