If a plasmid can carry a maximum of 10,000 base pairs, how many plasmids are nee

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Question: If a plasmid can carry a maximum of 10,000 base pairs, how many plasmids are needed to carry a gene that is 50,000 base pairs long?

Options:

Correct Answer: 5

Solution:

Number of plasmids needed = 50000 / 10000 = 5.

If a plasmid can carry a maximum of 10,000 base pairs, how many plasmids are needed to carry a gene that is 50,000 base pairs long?

If a plasmid can carry a maximum of 10,000 base pairs, how many plasmids are needed to carry a gene that is 50,000 base pairs long?

Step 1: Identify the maximum number of base pairs one plasmid can carry, which is 10,000 base pairs.
Step 2: Identify the length of the gene that needs to be carried, which is 50,000 base pairs.
Step 3: Divide the length of the gene (50,000 base pairs) by the maximum capacity of one plasmid (10,000 base pairs).
Step 4: Calculate 50,000 divided by 10,000, which equals 5.
Step 5: Conclude that you need 5 plasmids to carry the gene that is 50,000 base pairs long.

Plasmid Capacity – Understanding the maximum base pair capacity of plasmids and how to calculate the number of plasmids needed for larger genes.
Division and Rounding – Applying division to determine the number of plasmids required and recognizing that the result must be a whole number.