Answer:
Vanadium
Explanation:
There are some inherent properties that can be used to provide identification for elements. Principal amongst these properties atomic number. The atomic number is the number of protons in the nucleus of an atom. It is so relevant that it is the criterion used in fixing elements in their various positions on the periodic table.
However, since electrons are majorly responsible for chemical changes in elements, we need to be able to get the number of electrons. For an electrically neutral atom, the number of electrons is the same as number of protons, this to leave no net positive or negative charge and maintain the elemental neutrality.
Now to get the number of electrons, we simply add everything we have in the configuration in the question. This gives a total of 23 electrons. Thus, we also have 23 protons. Since it’s a ground state configuration, the element here is vanadium
A - adolescence.
According to google definitions..
Adolescencenounthe period following the onset of puberty during which a young person develops from a child into an adult.
This would be true for dimensional analysis / Stoichiometry questions
The person drinks 328500 ml or 328.5 liters of water in a year.
It would be the one with the highest Specific Heat constant
The equation for specific heat is:
Q=mCT
If we rearrange for T, we get:
T=Q/mC
Since m is just 1 Kg, we can ignore it and say that:
T=Q/C
Let’s just give an arbitrary number to C and solve for each individual species
Q=1 J
Helium - 1J/5193 = .00019257
Steel - 1J/490 = .00204082
Aluminum - 1J/897 =.00111483
Water - 1J/4182 = .00023912
This proves that Steel, with the lowest Specific Heat will increase the most.
