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In surface inlet what is provided to deal with trash?

In surface inlet what is provided to deal with trash? Correct Answer Beehive Grate

The bottom of the surface inlet a concrete collar is provided around the intake onto the prevent growth of vegetation or weeds. And to prevent the trash from entering the tile a beehive grate is provided on the top of the riser.

Related Questions

15 taps are fitted in a tank in which some are inlet taps and some are outlet taps. Each inlet tap can fill the tank in 30 hours and each outlet tap can empty the tank in 60 hours. Find the number of inlet taps if the whole tank is filled in 4 hours when all the 15 taps are open.
7 taps are fitted in a tank in which some are inlet taps and some are outlet taps. Each inlet tap can fill the tank in 16 hours and each outlet tap can empty the tank in 24 hours. Find the number of inlet taps if the whole tank is filled in 8 hours when all the 7 taps are open.
8 taps are fitted in a tank in which some are inlet taps and some are outlet taps. Each inlet tap can fill the tank in 15 hours and each outlet tap can empty the tank in 30 hours. Find the number of inlet taps if the whole tank is filled in 3 hours when all 8 taps are open.
A tank has inlet pipe which can fill it in 4 minutes. There is also a waste pipe in the tank. When both inlet and waste pipes are opened, the empty tank takes 20 minutes to fill. How long will the waste pipe take to empty the full tank when inlet pipe is closed?
In the following question, two statements are numbered as A and B. On solving these statements, we get quantities A and B respectively. Solve both quantities and choose the correct option. Quantity A: There are two inlet pipes A, B and two outlet pipes C, D inlet pipe B takes 7 hours more to fill the tank when compared to A. Two outlet pipes when working together can empty the tank in 3.5 hours and efficiency of both the pipe is same if all of them working together can fill the tank in 2 hours. Calculate the time taken by A to fill the tank. Quantity B: The ratio of efficiencies of two pipes A and B is in the ratio 3 ∶ 2 and that of pipe B and C is 1 ∶ 3. Pipe A and B are inlet pipes, pipe C is outlet pipe working together they can fill the tank in 7.5 hours. Calculate the time taken by A to fill the tank when working alone.
An inlet tap can fill water at the rate of 20 litres per minute. Now, before opening the inlet tap they found a leak in the tank which can empty the tank in 8 hours. They could not repair the leak and opened the inlet tap when the tank was full and it empties the tank in 10 hours. Find the capacity of tank.
An inlet tap can fill water at the rate of 12 liters per minute. Now, before opening the inlet tap they found a leak in the tank which can empty the tank in 6 hours. They could not repair the leak and opened the inlet tap when the tank was full and it empties the tank in 8 hours. Find the capacity of tank.
An Inlet pipe fills the tank at the rate of 3.5 liters/hour. And due to leak tank gets empty in 20% of time taken by both inlet and leak together. When the tank is full and due to leak and inlet pipe, the tank gets emptied in 60 hours. Find the capacity of the tank?
An inlet pipe and an outlet pipe are taking to fill and drain a cistern, respectively, for an hour each at a time, starting with the inlet pipe when the cistern is empty. It takes the inlet pipe 15 hours to fully fill the empty cistern, whereas the outlet pipe can drain the filled cistern completely in 21 hours. How many hours will it take for the cistern to be full?
There are 12 taps fitted to a cistern in which some are inlet taps and rest are outlet taps. Each inlet tap can fill the cistern in 18 hours and each outlet tap can empty the cistern in 24 hours. Find the difference between the number of inlet and outlet taps, if all the pipes when opened, 1/4th of cistern gets filled in 3 hours.