Answer:
Transfer of electrons
Explanation:
GOOD LUCK FOR THE FUTURE! :)
The answer is A. Tycho Brahe
Answer:
The missing species is carbon-12 
.
The nuclear equation should be 
.
Explanation:
Let 
represent the mass number of the missing species, and let 
represent its atomic number.
.
For this question, there are three things to consider:
- The sum of the mass numbers should be conserved.
- Since there's no beta particle (
or 
) involved, the sum of the atomic numbers should also be conserved. - The atomic number of the missing species should correspond to atomic symbol.
<h3>Mass Number</h3>
The sum of the mass numbers on the left-hand side of this reaction is: 
.
The sum of the mass number on the right-hand side (including that of the missing species) is 
.
These two numbers should be the same. In other words, 
. Therefore, the mass number of the missing species would be 
.
<h3>Atomic Number</h3>
The sum of the atomic numbers on the left-hand side of this reaction is: 
.
The sum of the mass number on the right-hand side (including that of the missing species) is 
.
These two numbers should be the same. In other words, 
. Therefore, the mass number of the missing species would be 
.
<h3>Symbol</h3>
The atomic number of the missing species is . Look up a modern periodic table. The element with atomic number
Answer:
If we increase the temperature in a reactor by 54 degrees Fahrenheit [54°F], the temperature will increase by 12.22 degrees Celsius [12.22 ⁰C]
Explanation:
To determine the number of degrees Celsius the temperature will be increased, we convert from Fahrenheit to Celsius.
Converting from Fahrenheit to degree Celsius
54°F -----> °C
54 = 1.8°C + 32
54-32 = 1.8°C
22 = 1.8°C
°C = 22/1.8
= 12.22 °C
Thus, 54°F -----> 12.22 °C
Therefore, If we increase the temperature in a reactor by 54degrees Fahrenheit [54°F], the temperature will increase by 12.22 degrees Celsius [12.22 ⁰C]
