Review InstructionsA full pool in a backyard initially has 13.7m313.7m 3 of water in it. On a hot day, 0.8m30.8m 3 evaporates.  Calculate the percentage of water in the pool that has evaporated.

Two pools are being filled with water. To start, the first pool had 992 liters of water and the second pool was empty. Water is being added to the first pool at a rate of 16 liters per minute. Water is being added to the second pool at a rate of 48 liters per minute.Let x be the number of minutes water has been added.(a)For each pool, write an expression for the amount of water in the pool after x minutes.Amountofwaterinthefirstpool(in=liters)Amountofwaterinthesecondpool(in=liters)(b)Write an equation to show when the two pools would have the same amount of water.

During a rainstorm, 15 litres of water fell per square metre. By how much did the water level in Michael's outdoor pool rise?

Below is a picture depicting a swimming pool with its depths and width marked. Use the information provided in the picture to calculate pool occupancy capacity and the required number of showers and toilets.Step 1: Calculate the Non-Swimmers Area.The length below 4 feet is 15 feet, the length between 4 feet and 5 feet is 40. The width of the pool is 25 feet.            (15 + 40) * 25 = 1375ft2 Step 2: Calculate the occupant load for the Non-Swimmers Area.            1 occupant for every 10ft2            1375/10 = 137.5 occupants            Rounds up to 138 occupants Step 3: Calculate the Swimmers Area.            Length from 5 to 8 feet is 25, the width of the pool is 25 feet            25*25 = 625ft2 Step 4: Calculate the occupant load for the Swimmers Area.            1 occupant for every 24ft2            625/24 = 26.02 occupants            Rounds down to 26 occupants Step 5: Calculate the occupancy for the Divers Area.            Diving areas are given 9 occupants Step 6: Calculate total pool occupancy rating            Non-Swimmer Area 138, Swimmer area 26, Diving area 9            138 + 26 + 9 = 173            173 maximum occupancy rating Step 7: Calculate how many showers are required.            173 occupancy 1 shower per 50 occupants            173/50 = 3.46Rounds up to 4 showers per side or a combination of showers that includes at least one per side and the rest as common showers. 1 per side with three shared, 2 per side with 2 shared, or 3 per side with one shared. Step 7: Calculate how many toilets are required.            173 occupancy rating, 1 for first 25 occupants, 1 for each additional 50 occupants            1 for first 25, 1 for 25-75, 1 for 75-125, 1 for 125-175            4 toilets per side, minimum total of 8 toilets  Flag question: Question 1Question 1Tips1 ptsBelow is a picture depicting a swimming pool with its depths and width marked. Use the information provided in the picture to calculate pool occupancy capacity and the required number of showers and toilets.View keyboard shortcutsEditViewInsertFormatToolsTable

Your swimming pool is square and 6.0 m on a side. It is 3.7 m deep in the morning. If the temperature changes by 37°C during the afternoon, how much does the depth of the water increase?

a rectangular swimming pool 20m wide ,60 m long and 4m deep ,contains 800m3 of water.How much more water has to be added so that the water level is 30cm from the top?