Answer:
27%
Explanation:
15.999 divided by 58.32 = .27433128
Move the decimal place over 2 places.
27%
Answer:
the time between successive meridian transits of the sum at a particular place
<h3>Answer</h3>
A option is the right option
Answer:
Explained.
Explanation:
Only the first question has been answered
In a period from left to right the nuclear charge increases and hence nucleus size is compressed. Thus, atomic radius decreases.
In transition elements, electrons in ns^2 orbital remain same which is the outer most orbital having 2 electrons and the electrons are added to (n-1) d orbital. So, outer orbital electron experience almost same nuclear attraction and thus size remains constant.
The correct answer that would best complete the given statement above would be "<span>the G main sequence star is less massive than the O main sequence star. " </span>A G main sequence star spends far more time on the main sequence than an O main sequence star because the G main sequence star is less massive than the O main sequence star. Hope this answer helps.
