Asteroids in the main asteroid belt at certain distances from the Sun are in an orbital resonance with Jupiter, the period of a belt asteroid in an 11:5 orbital resonance with Jupiter is mathematically given as
TA=5.4090years
<h3>What is the period of a belt asteroid in an 11:5 orbital resonance with Jupiter?</h3>
Generally, the equation for the ratio is mathematically given as
asteroid in an 11:5 orbital resonance= 11/5
Therefore, with Jupiter at
TJ=11.9years
Hence
11/4=TJ/TA
TA=5/11)*11.9
TA=5.4090years
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2 and 3 are not possible because energy cannot be created nor destroyed. In order to break bonds, energy must be absorbed, so 1 is your answer!
Answer:
There are a couple of ways in which you can express the concentration of a solution, and here they are: gram per liter (g/L), molarity (M), parts per million (ppm.), and percents (%). As you can see, only M appears in your answers, which means that the correct option should be (2) 3.5 M.
Explanation:
The element that has the fewest valence electrons available for bonding I believe is Hydrogen.
