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The best unit of capacity to describe the amount of lemonade in a pitcher is liters or quarts, depending on the size of the pitcher. For example, if the pitcher holds 2 liters of lemonade, you would state that the capacity is 2 liters. To determine this, you can fill the pitcher with a known volume of water (like a liter measuring cup) and count how many times it fills the pitcher to find its total capacity. This approach provides a practical way to measure the volume of liquid accurately.
Oh, what a lovely question! If we have 3 liters of lemonade, that's the same as 3000 ml. If each bottle is 250 ml, we can fill 12 bottles with that refreshing lemonade. Just imagine all the joy and happiness those bottles will bring to others!
To find out how much lemonade is left in the bottle after Rachel fills W glasses with W milliliters each, we first calculate the total amount of lemonade used. This is W glasses × W milliliters/glass = W² milliliters. Since 2.5 liters is equal to 2500 milliliters, the amount of lemonade left in the bottle is 2500 - W² milliliters.
To determine the number of containers needed to hold the lemonade, you'll need to know the total volume of lemonade you have and the capacity of each container. Divide the total volume by the container capacity to find the number of containers required. If there’s a remainder, round up to ensure you have enough containers to hold all the lemonade.
The weight of the bottle with the water minus the mass of bottle gives the weight of the water present.Mass/Volume=Density,therefore weight of the water/density gives the volume of water present in the bottle which is nothing but the volume of the bottle itself.
To convert liters to bottles, you need to know the volume of one bottle. Then, divide the total volume in liters by the volume of one bottle to get the number of bottles. For example, if one bottle is 0.5 liters and you have 10 liters, you would have 10 / 0.5 = 20 bottles.
1 liter = 1000 milliliters 5 glasses @150ml = 750 ml 1000-750=250 ml left in the bottle.
The average volume of blood plasma in an adult human body is about 3 liters, which is roughly equivalent to the volume of fluid in a two-liter bottle of Coke. However, since blood plasma constitutes about 55% of total blood volume, it's important to note that the total blood volume in an adult is typically around 5 to 6 liters. Thus, while the plasma itself is somewhat less than a full two-liter bottle, the total blood volume exceeds it.
To determine how many 35ml "nips" are in a 70cl bottle, you first need to convert the volume to the same unit of measurement. There are 1000ml in 1 liter, so a 70cl bottle is equivalent to 700ml. Then, you divide the total volume of the bottle (700ml) by the volume of each "nip" (35ml) to find the answer. In this case, 700ml divided by 35ml equals 20 nips in a 70cl bottle.
To calculate the brimful capacity of a bottle, you need to determine its volume when filled to the top. This can be done by measuring the dimensions of the bottle—typically its height and the cross-sectional area of its opening—if it's a regular shape. For irregularly shaped bottles, you can fill the bottle with a known volume of water and then measure how much water it takes to fill the bottle completely. The total volume of water used gives you the brimful capacity in milliliters or liters.
40% of 750ml = (40/100) * 750 = 300 mL.
To estimate how many dimes fit in a 5-gallon water bottle, we first need to know the volume of a dime, which is approximately 0.36 cubic centimeters. A 5-gallon bottle holds about 18,925 cubic centimeters. Dividing the total volume by the volume of a dime, you can fit roughly 52,500 dimes in a 5-gallon water bottle, assuming there is no wasted space.