Molarity =

Moles of Caffeine = Mass of Caffeine/Molar Mass
Mass = 100 mg = 0.1 g
Molar Mass = 196 g/mole
Moles of Caffeine in one cup = 0.1/196 moles
= 5.102 * 10^-4 moles
If one cup of coffee is ingested (A typical adult contains about 40 liters of water),
Molarity of caffeine = [(5.1 * 10^-4)/ 40] M
= 0.012755 mM
The toxic molarity of caffeine in the body 10mM
How many cups will be toxic?
= Toxic Molarity/ Molarity of 1 cup
= 10/ 0.012755
= 784
In other words, you would have to drink
784 cups of coffee to reach the dose required to interfere with the DNA replication checkpoint mechanism.
Answer:
<u><em>The carbon cycle is the process by which energy flows among all living and non-living things on our planet. </em></u><em>The fact that this process occurs is important for the renewal of nutrients used by animals, plants, and other organisms.</em>
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<em>A way to picture this process is considering that those carbon atoms build up molecules like DNA and hydrocarbons, which are eventually used to form these molecules in other species, in for of energy or sugar, for example, they obtain from food, like leaves, fruits, or other animals consumed.</em>
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<em>The burning of fossil fuels derived from carbon sinks, like petroleum, results in an increased temperature in the oceans since the process of combustion produce CO and CO2 as subproducts, which eventually will end up diffusing in the water, acidifying it and heating it up.</em>
Answer

<h2> C o r n</h2>

Explanation
<em>According to AG America, Corn is the most widely produced feed grain in the United States, the majority of which goes towards feeding livestock. Over 90 million acres of corn are grown for feed, industrial products, and food and beverage products like cereal, alcohol, and sweeteners.</em>

<em>Hope this helps! <3</em>

<span>animals of phyllum coelantrata have those cells</span>
The answer would be , the sum of all genetic traits in a population’s individuals at any given time