Container a Has 200 L of Water

Container A has 200 L of water and is being filled at a rate of 6 liters per minute. Container A has 800 ml of water and is leaking 6 ml per minute.

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Container A has 200 L of water and is being filled at a rate of 6 liters per minute.

. Container B has 1000 ml and is leaking 10 ml per minute. How many minutes m will it take for the two containers to have the same amount of water. Convert grams to pounds.

Container B has 500 L of water and us being drained at 6 liters per minute. There is most likely a more efficient way to do this but this is the best I can do for nowNotation. Select be neutrally buoyant sink D be crushed 2 pts float.

When it contains only 180 L of fresh water at 4 C the rest of the space is filled with air at atmospheric pressure the sealed can will Select when placed in fresh water. 1200-60x Amount of water in Container B after leaking x minutes. The dilution ratio is the ratio of the solute the substance to be diluted to the solvent eg waterThe diluted liquid needs to be thoroughly mixed to achieve true dilution.

Weight in grams volume density. Volume 1 1000 1000 mL. Loading costs have since plummeted from 586 to about 016 per ton 97 reduction.

If you pour 500000 milliliters out of it how much water will still be in it. If you have a 13 dilution ie. How many minutes m will it take for the two containers to have the same amount of water.

To make things easier and assuming youre after a rough estimate you could use a straight density figure of 1gml. How much more water is needed to fill it up completely. Container a has 200 l and its being filled at a rate of 6 liters per minute.

Container b has 500 l of water and is being drained at 6 liters per minute how many minutesm will it take for the two containers to have the same amount of water. A 13 dilution ratio this means that you add 1 unit volume of solute eg concentrate to 3 unit volumes of the solvent eg water which will give a total of 4 units of. Amount of water in Container A after leaking x minutes.

UPS charges 7 for the first pound and 020 for each additional pound. Which equation can be used to find the number of minutes x that elapse before the two containers have the same amount of waterA container. A tank has a volume of 1500 liters of water.

This assumes a water temperature of 392F 40C. The density of water is 1 kilogram per liter kgL at 392. In common US measures one gallon of water weighs 8345 pounds.

The first container begins filling up at a rate of 5 liters per minute at the same time the second starts draining at a rate of 6 liters per minute. In the mid-1980s some Asian ports where loading 24 containers per hour 3. Loading times have improved from 13 tonnes per hour in 1965 to 30 tonnes per hour in 1970 to over 74 tonnes per hour by 1980.

Container A has 200 L of water and is being filled at a rate of 6 liters per minute. The weight of a volume of water can be found given the density which is the mass compared to the volume. Container A and container B have leaks.

A container has 30 L of water. 99802 00022 21956. Container B has 700 ml and is leaking 10 ml per minute.

X y where x is the amount of water in the 5-liter container and y is the amount of water in the 7-liter container1. Container A has 1200 ml of water and is leaking 60 ml per minute. A container has a capacity of 1000 liters and is filled with 200000 ml of water.

Each of which may be loaded to a different extent but. 1000 099802 99802g. Fill the five-liter container 5 0 2.

A steel water container has a mass of 250 kg when empty and holds 200 L of water when full. This means that 1 liter L of water weighs 1 kilogram kg and 1 milliliter mL of water weighs 1 gram g. How many minutes m will it take for the two containers to have the same amount of water.

Find step-by-step Algebra solutions and your answer to the following textbook question. 3 Show answers Another question on Mathematics. The total capacity of 7 similar jugs of water is 4900 milliliters.

Let m represest the number of minutes the contains are leaking. If 3 L of water is replaced by 3 L of spirit and this operation is repeated twice what will be the quantity of water in the new mixture. In a mixture of 100 L the ratio of milk and water is 3.

Container B has 500 L of water and is being drained at 6 liters per minute. Container B has 500 L of water and is being drained at 2 liters per minute. Pour the five-liter container into the seven-liter container 0 5 3.

A container has 300 liters of water and a second container has 700 liters of water. If 200 L of water is added to the mixture what is the new ratio of milk and water. Which equation below best represents how many minutes m will it take for the two containers to have the same amount of water.

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