As a result, the greatest number of an atom's oxidation state will gradually rise over each period of the periodic table. For instance, the third period's highest value of the oxidation number will fall between 1 and 7.
- The Periodic Table only consistently varies the oxidation numbers of Group 1 and Group 2 metals in their compounds, which are always +1 and +2, respectively.
- Elements have an increasing number of valence electrons that can range from 1 to 8 and move from left to right over time. However, when H or O are added to an element first, the element's valency rises to 4, then falls to zero.
<h3>What causes a rise in the oxidation number?</h3>
An increase in oxidation number results from the loss of negatively charged electrons, whereas a reduction in oxidation number results from the gain of electrons. The result is a rise in the oxidation number of the oxidized element or ion.
<h3>Pattern of the Period 2?</h3>
The trends in Period 2 are significantly more clear-cut. All elements in period 2 experience a decrease in atomic radius, an increase in electronegativity, and an increase in ionization energy as their atomic number rises.
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8E24/6.022E23= 13.28 moles, where the denominator is Avagadro's number
Answer:
Visible Spectrum/Electromagnetic spectrum
Explanation:
The visible spectrum is the portion of the electromagnetic spectrum that is visible to the human eye.
B
greenhouse effect describes Earth's atmosphere trap heat
Answer:
Therefore electric conductivity 
=1.46 (Ω-m)⁻¹
Explanation:
Here σ= electrical conductivity
= current = 0.1 A
= length= 38 mm= 38×10⁻³ m
v= voltage = 12.5 V
A = area = 
= 
m²
=1.46 (Ω-m)⁻¹
Therefore electric conductivity =1.46 (Ω-m)⁻¹
