The aspects of Dobereiner’s triads that agreed with the modern table where elements were arranged together with similar properties, and the aspects that did not match were the periodic table arranged in the rising of their atomic number.
Dobereiner’s triads were the arrangement of chemical elements on the basis of their similar physical and chemical properties, this was called the old periodic table. It was given by German chemist Johan Wolfgang Dobereiner.
The modern periodic table is arranged on the basis of their atomic number The elements of Dobereiner's triads were placed based on the order of increasing atomic masses.
Thus, All known elements could not be grouped into triad groups based on their properties.
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Answer:
In Dobereiner’s triads, elements were placed :
In Modern periodic table, elements are placed:
Aspects of Dobereiner’s triads agreed with the modern periodic table
Disagreement with the modern periodic table.
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Answer:
1. The body's immense blood supply (when blood vessels dilate or become larger heat loss occurs) When the blood vessels constrict it holds in heat
2. The skins blood supply also helps maintain body temperature (helps maintain homeostasis which is the "normal" state of our body)
3. Humidity in the air effects thermoregulation (heat regulation in the body) by limiting sweat evaporation (usually sweat evaporates into the environment when the humidity is low because the air has low "water levels" per say while you have high "water levels" because of your sweat
Answer:
D.
As the distance increases by a factor, the electric force decreases by the same factor.
Explanation:
What name should be used for the ionic compound LiI?
The name that should be used for the ionic compound LiI is Lithium iodide. When naming ionic compounds, you have to take into consideration pairing of two components.
Answer: The given compound is named as lithium iodide.
Explanation:
is an ionic compound because lithium is a metal and Iodine element is a non-metal.
We know that, a bond which is formed between a metal and a non-metal is always ionic in nature.
Ionic bond is formed when there is a complete transfer of electron from an electropositive element (a metal) to an electronegative element (non-metal).
The nomenclature of ionic compounds is given by:
Hence, the name given to will be lithium iodide.