The total cost basis for Gina's two bacterial cultures is computed by adding the cost bases of both cultures: $450 for the first (C1) and $9,100 for the second (C2), which yields a total of $9,550.
To find the total cost basis of the two bacterial cultures for Gina's microbiology research, we need to add the cost basis of the first culture (C1) to the cost basis of the second culture (C2). In mathematical terms, the formula Ctotal = C1 + C2 is used, where Ctotal denotes the total cost basis.
The provided cost basis of the first culture (C1) is $450, and the cost basis for the second culture (C2) is $9,100. By summing these two amounts, we can determine the total cost basis as follows:
Ctotal = C1 + C2
Ctotal = $450 + $9,100
Ctotal = $9,550
Therefore, the correct answer to Gina's total cost basis for both bacterial cultures is $9,550.
The probable question may be:
Gina invested in two different types of bacterial cultures for her microbiology research. The cost basis for the first culture is represented by C1 and the cost basis for the second culture is C2. If Gina sold both stocks during the year, what is the total cost or basis in both bacterial cultures?
Additional Information:
Gina's research involves studying the growth patterns of two distinct bacterial cultures. The cost basis for the first culture (C1) is $450, and for the second culture (C2) is $9,100. These costs include the expenses associated with maintaining optimal conditions for bacterial growth, such as nutrient media and equipment.
To find the total cost or basis in both stocks, you can use the formula Ctotal=C1+C2, where Ctotal is the total cost. Plugging in the values, the total cost is $9,550.
Question Options:
A) $785
B) $9,500
C) $10,285
D) $10,550