When it says that volumes are additive, it means that the total volume of a system is equal to the sum of the volumes of its individual components. This concept is commonly applied in physics, chemistry, and engineering when dealing with mixtures or composite materials. By understanding that volumes are additive, one can accurately calculate the overall volume of a system based on the volumes of its parts.
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Ah, isn't that a lovely thought? When we say volumes are additive, we simply mean that we can add them together to find the total volume. It's like adding different colors on your palette to create a beautiful painting - each volume contributes to the whole in a harmonious way. Just remember, when things are additive, they come together to create something even more wonderful.
Well, darling, when it says the volumes are additive, it simply means that you can add them up. It's like putting together a puzzle - each volume contributes to the total volume. So, if you're dealing with liquids or gases, just add those volumes together like a boss.
It means simply that when you have 50 mL of one solution, and 25 mL of another, the total final volume is 75 mL. This may seem like common sense, but sometimes volumes are not additive because the two solutions mix to create less than the additive volume.
Assuming that you mean additive opposite, the answer is +11.Assuming that you mean additive opposite, the answer is +11.Assuming that you mean additive opposite, the answer is +11.Assuming that you mean additive opposite, the answer is +11.
The additive identity is zero. When you add a number and 0, the sum equals the original number.
no 1 is not an additive identity
The additive inverse for a number is its negative value. The sum of an integer and its additive inverse is zero. For the example (5), the additive inverse would be (-5).
The additive is sodium citrate