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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.
800g of water would be 800mL of water, so a liter beaker or graduated cylinder could hold that volume of water.
Its for a word problem. At least that was I was taught. FIND OUT; What is the problem about,What is the question in the problem,what do I have to find out in order to answer the problem,What info can I start with,Is there any words or ideas that I don't understand, Am I missing needed info. CHOOSE A STRATEGY; Have I solved a problem like this before strategy did I use before, would that strategy be helpful? SOLVE IT Is my math is to read ,was the strategy helpful would another strategy be more helpful? Do i need to multiply divide add or subtract etc
You should be given p(x) values such as 0.09 0.19 0.14 0.29 you just add these values to get 0.71 subtract 0.71 from 1 to get 0.29 is the answer
18-carat yellow gold is typically 75% gold, 16% silver and 9% copper. It has a density of around 15.5 grams per cubic centimetre. 330 lbs is 149,6858.36 grams (453.592 grams per pound). This equates to 9657 cubic centimetres. So a container 20x20x24.14 centimetres would hold 330 lbs of 18-carat gold. To give the answer in imperial units would yield a box of volume 589.3 cubic inches. A box of size 8x8x9.2 inches would hold that gold.
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A liquid leveler is used to maintain a consistent level of liquid in a container by automatically adjusting the flow of liquid in and out of the container. It works by using sensors to detect the current liquid level and then controlling valves or pumps to add or remove liquid as needed to keep the level constant.
as there are less inter molecular space between them they do not have a definite shape and so the liquids do not have any shape so if we pore it to any container it takes the shape of the container. MORE INFORMATION IF NEEDED:- WWW.bing.com WWW. Google.co.in WWW. Wikipedia.org are good sites to search information
The size of the container needed to hold 100 liters would depend on the shape and dimensions of the container. For example, a container that is approximately 50 cm x 50 cm x 40 cm would be able to hold 100 liters of liquid.
When a liquid is poured into a container, gravity pulls it downward, causing it to settle into the lowest part of the container. The liquid then takes the shape of the bottom of the container due to gravitational forces acting on it and pushing it into the available space.
as there are less inter molecular space between them they do not have a definite shape and so the liquids do not have any shape so if we pore it to any container it takes the shape of the container. MORE INFORMATION IF NEEDED:- WWW.bing.com WWW. Google.co.in WWW. Wikipedia.org are good sites to search information
To pour a liquid properly, hold the container steadily with one hand and tilt it slightly. With the other hand, guide the liquid to control the flow. Pour smoothly and steadily to avoid spilling, and adjust the angle of tilt to control the speed of pouring as needed.
16 halfpint cartons of water are needed to fill the gallon container
By supplying the company with the material needed to manufacture the container.
A balance or scale is commonly used to measure the mass of a liquid. The liquid is often placed in a container on the balance, which then provides a readout of the mass. Alternatively, a volumetric flask or graduated cylinder can be used to measure the volume of the liquid, which can then be used to calculate the mass if the density of the liquid is known.
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