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1/3 in each container
Fill up the 13 gal container and use this to fill up the 5 gal container. Empty the remaining 8 gal into the 24 gal container. Repeat the same process and empty the contents into the 11 gal container. Repeat the same process and you should result in 3 containers with 8 gallons each and a full 5 gal container.
Two are needed at each end of the prism
You don't give enough info to solve the problem. What is the density of coffee? Is the container a cube 20 feet on each side, or some other shape?
Amount needed: 7 times 6p = 42p
162.2ft2
162.2ft2
2000mL (2L) divided by 8 equals 250mL 250mL
To determine the number of 750 ml buckets needed to fill a 6-liter container, we first convert the volume of the container to milliliters. Since 1 liter is equal to 1000 milliliters, a 6-liter container is equivalent to 6000 milliliters. Next, we divide the volume of the container by the volume of each bucket: 6000 ml / 750 ml = 8 buckets. Therefore, 8 buckets of 750 ml each are needed to fill a 6-liter container.
To open a Prestone Driveway Heat container, locate the cap on the top of the container and twist it counterclockwise to remove it. Once the cap is off, you can pour the contents as needed for your driveway or pavement. Be sure to securely tighten the cap back on after each use to prevent leaks or spills.
2 days
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!
Either a 2 liter container for each of the 50 people: making 50. Or if the containers are 1 liter and you want each person to have 2 of those, you will need 100 in all.
Particles in a container are constantly colliding with each other and with the walls of the container. These collisions contribute to the pressure exerted by the gas in the container.
The similarities observed were that each container changed color when dye was added. The differences were in the specific color change that occurred in each container, as well as the rate at which the dye spread and mixed with the liquid in different containers.
Assuming a standard glass holds about 250ml, 2.3 liters would be equivalent to 2300ml. With each glass holding 250ml, you can pour 9.2 glasses of water from 2.3 liters.
There are many possible science projects dealing with insulation. For example, build several small containers with each wrapped in a different insulating material, then put an icecube (all the same size!) in each container, and see how the time needed for the icecube to melt varies depending upon the type of insulation used. Or put a small light bulb in each container (all of the same wattage!) and then measure the resulting temperature in each container after ten minutes. Or make blankets of various different insulating materials and see which one keeps you warm at night the most effectively.