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because,he predicted some possible chemical formulas of the then undiscovered elements between the elements in his periodic table. so he concluded that more elements with specific properties would be discovered.
dabbing on them haters which I mean is A answer choice A
Core electrons. Probably the 1s level would require the most ionization energy to pull these electrons.
Yes, Dimitri Mendeleev did (accurately, I might add) predict where elements would appear in his table. He also correctly predicted some of the missing elements' properties, based on where they were positioned in his table.
Non-metals have higher ionization energies within the same period. This is because non-metals want to gain electrons to be able to be like the nearest noble gas.
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The first electrons to be removed (1st ionization energy) are the ones that are farthest from the nucleus, and so are not held as tightly (further from the positive protons). As you move closer to the nucleus (2nd and 3rd ionization energies), it becomes harder (more energy) to remove them because they are held more tightly by the protons.
U should know this.
because,he predicted some possible chemical formulas of the then undiscovered elements between the elements in his periodic table. so he concluded that more elements with specific properties would be discovered.
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dabbing on them haters which I mean is A answer choice A
Core electrons. Probably the 1s level would require the most ionization energy to pull these electrons.
Yes, Dimitri Mendeleev did (accurately, I might add) predict where elements would appear in his table. He also correctly predicted some of the missing elements' properties, based on where they were positioned in his table.
Ekasilicon was the name appointed by Mendeleev to the undiscovered germanium; germanium has similar chemical properties to silicon and tin.
he invented an early version of the periodic table, and was able to use it to predict what unfound elements properties would be he follow the periodic law and place the similar elements according their mass number.
If the test agent have free ions the ionization of the flame will be significant. When the energy reaches a point when it take more energy the flame ionization will not be significant.