a bus stop is barricaded from the remaining part of the road

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A bus stop is barricaded from remaining part of the road, by using

50

hollow cones made of recycled cardboards. Each cone has a base diameter of

40 c m

and height

1 m

. If the outer side of each of the cones is to be painted and the cost of painting is

12

per

m^{2}

, what will be the cost of painting all these cones.

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A bus stop is barricaded from the remaining part of the road by using $$50$$ hollow cones made of received cardboard. Each one has base diameter of $$40\ cm$$ and height $$1\ m$$. If the outer side of each of the cones is to be painted and the cost of painting is $$Rs\ 25\ per\ m^{2}$$, what will be the cost of painting all these cones? (Use $$\pi=3.14$$ and $$\sqrt{1.04}=1.02$$)

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A bus stop is barricaded from the remaining part of the road, by using 50 hollow cones made of recycled cardboard. Each cone has a base diameter of

40 c m

and height

1 m

. If the outer side of each of the cones is to be painted and the cost of painting is Rs

12

per

m^{2}

, what will be the cost of the painting all these cones?

(U s e π = 3.14 a n d t a k e \sqrt{1.04} = 1.02)

View Solution

A bus stop is barricaded from the remaining part of the road by using 50 hollow cones made of recycled cardboard. Each cone has a base diameter of 40 cm and height 1 m. If the outer side of each of the cones is to be painted and the cost of painting is Rs.12 per $m^{2}$ , what will be the cost of painting these cones? (Use $π = 3.14 a n d \sqrt{1.04} = 1.02)$

View Solution

A bus stop is barricaded from the remaining part of the road, by using

50

hollow cones made of recycles cardboard. Each cone has a base diameter of

40 c m

and height

1 m

. If the outer side of each of the cones is to be painted and the cost of painting is

R s 12 p e r m^{2}

, what will be the cost of painting all these cones? (Use

π = 3.14

and take

\sqrt{1.04} = 1.02

)

View Solution