Find out the incorrect match

Options

A. E.coli`-4.6xx10^(6)`bp
B. Bacteriophage lambda-48502 base pairs
C. haploid content of human DNA`-3.3xx10^(9)`bp
D. `phixx174`-5386 base pairs

Explanation

To find the incorrect match among the given options related to the genome sizes of different organisms, we will analyze each option one by one.

### Step-by-Step Solution:

1. **Analyze E. coli Genome Size:**
- The genome size of E. coli is given as \(4.6 \times 10^6\) base pairs.
- This value is correct as the actual genome size of E. coli is approximately 4.6 million base pairs.
- **Conclusion:** This option is correct.

2. **Analyze Bacteriophage Lambda Genome Size:**
- The genome size of Bacteriophage lambda is stated as 48,502 base pairs.
- This value is also correct as the actual genome size of Bacteriophage lambda is indeed 48,502 base pairs.
- **Conclusion:** This option is correct.

3. **Analyze Haploid Content of Human DNA:**
- The haploid content of human DNA is given as \(3.3 \times 10^9\) base pairs.
- This value is correct since the haploid human genome size is approximately 3.3 billion base pairs.
- **Conclusion:** This option is correct.

4. **Analyze 5x174 Genome Size:**
- The genome size of 5x174 is stated as 5386 base pairs.
- However, it is important to note that 5x174 is a single-stranded DNA molecule and consists of 5386 nucleotides, not base pairs.
- Since the question specifies base pairs and this organism's genome size is in nucleotides, this statement is incorrect.
- **Conclusion:** This option is incorrect.

### Final Answer:
The incorrect match is **Option D: 5x174 has 5386 base pairs** (it should be nucleotides).

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