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What else can I help you with?
Are there any atmospheric gases on Mercury?
Yes, but in very small quantities. Very very small quantities, Mercury's atmosphere is basically a vacuum.
What materials are thought to be present at the lunar poles?
There is reason to believe that there might be large quantities of water ice on the moon. This would be a very good thing.
What are places that xenon is found in?
Xenon is found in the Earth's atmosphere in very small quantities (about 0.000009% by volume). It is also present in trace amounts in certain minerals and springs. Xenon is commercially extracted from the atmosphere through a process called fractional distillation of liquid air.
What is the goal of the scientific notation?
Representation of very large or very small numbers or quantities in a straightforward way.
A very thick root used for storing large quantities of starch is called a what?
A very thick root used for storing large quantities of starch is called a tuber. Examples include potatoes, sweet potatoes, and yams.
Are trace elements such as iron and magnesium present in living things in very large amounts?
No, trace elements like iron and magnesium are present in living things in very small amounts. While these elements are essential for various biological processes, they are not required in large quantities for normal function. Their presence in trace amounts helps maintain proper functioning of biological systems.
What flows slowly but is very powerful they can drag great quantities of large rock with them?
glaciar
Where is founf xenon?
Mostly in the Earth's atmosphere, but even so, in very small quantities: less than 0.00001%.
What is the large planet whose atmosphere is very thick?
Jupiter
Why scientific notation useful to scientists?
Scientific notation produces convenient numbers when working with very small or very large quantities.
What happens when a person consumes large quantities of ocean water?
they have a large increase in salt in there body, very unpleasant taste horrible
Why do we use prefixes when explaining quantities?
We use prefixes to easily communicate and visualize very large or very small quantities. Prefixes like kilo-, mega-, giga- denote larger quantities, while milli-, micro-, nano- signify smaller quantities. This helps us avoid writing out a large number of zeros and makes it easier to understand the scale of the quantity being expressed.
