The nitrogen-nitrogen triple bond is the strongest bond of this set.
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Animal? Bacteria? Plant? Fungi? What do these figures represent?
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None of the above! These organisms may be single-celled like bacteria, and they may look like a fungus. They also may hunt for food like an animal or photosynthesize like a plant. And, yet, they do not fit into any of these groups. These organisms are protists!
What are Protists?
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Protists are eukaryotes, which means their cells have a nucleus and other membrane-bound organelles. Most protists are single-celled. Other than these features, they have very little in common. You can think about protists as all eukaryotic organisms that are neither animals, nor plants, nor fungi.
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Although Ernst Haeckel set up the Kingdom Protista in 1866, this kingdom was not accepted by the scientific world until the 1960s. These unique organisms can be so different from each other that sometimes Protista is called the “junk drawer" kingdom. Just like a junk drawer, which contains items that don't fit into any other category, this kingdom contains the eukaryotes that cannot be put into any other kingdom. Therefore, protists can seem very different from one another.
Explanation:
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Phase transfer catalyst is used when oxidizing methoxybenzyl alcohol because it is able to dissolve in both the ethyl acetate and the aqueous layers.
What is phase transfer catalyst?
A phase-transfer catalyst, often known as a PTC, is a catalyst that helps a reactant move from one phase into another where a reaction takes place. Heterogeneous catalysis features a unique subset known as phase-transfer catalysis.
In the absence of a phase-transfer catalyst, ionic reactants are frequently soluble in an aqueous phase but insoluble in an organic phase. When introducing salts into the organic phase, the catalyst acts as a detergent. When a phase-transfer catalyst is added, the reaction is said to be catalyzed, which means it is accelerated.
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Solution hopes you will get it.If 1 AMU is equal to 1.6605x10^-24, divide 1 gram by the AMU to find how many atoms in 1 gram.
1 / (1.6605x10^-24) = 6.022282445 x 10^23 You can probably round to four decimal places, so you have 6.0222x10^23 atoms of copper in a gram.
Multiply that by 2.15, the number of grams in a penny (6.0222x10^23) x 2.15 = roughly 1.2948 x 10^24 atoms
Answer:
I don't know
Explanation:
Yet but I will find it for you