Why Might the Following Nuclear Reaction Not Be Very Good $\begin{array} { l } 56 \\26\end{array}$

question 79

Multiple Choice

Why might the following nuclear reaction not be very good for energy production in a fusion reactor? $\begin{array} { l } 56 \\26\end{array}$ Fe + $\begin{array} { l } 56 \\26\end{array}$ Fe ? $\begin{array} { c } 112 \\52\end{array}$ Te

• A)The material only produces a few neutrons so the chain reaction will not be very efficient.
• B)The reactants are too stable and it would cost energy to produce the product due to strong nuclear force.
• C)The products are not the right size to obtain any energy from the missing mass due to the strong nuclear force.
• D)The mass of the byproducts is too high and therefore the energy released will not be high enough.
• E)Interatomic attraction between the products will impede the separation of the atoms from the unstable nuclei.

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Definitions:

Socially Optimal

A state of allocation of resources that achieves the best possible outcomes for society as a whole, considering both efficiency and equity.

Short-Run Aggregate-Supply

The total supply of goods and services that firms in an economy plan on selling during a specific time period when some resources (e.g., wages and resource prices) are fixed.

Trade-Off

A scenario where one sacrifices a certain attribute or characteristic to gain another.

Inflation

A widespread rise in prices and a decrease in the value of money.