Answer:
The correct answer is: Living IIIS (disease causing) bacteria.
Explanation:
- According to the question, Griffith injected two strains of bacteria in the mice, which are:
- Living IIR strain which are incapable of causing any disease.
- Heat killed IIIS strain that can cause a disease.
- Inside the injected mice,the heat killed IIIS (disease-causing) strain of the bacteria releases a factor that was not affected by heat.
- This factor was taken up by the living IIR (not disease causing) bacteria. This caused it to get transformed from the non-disease causing IIR strain to the disease causing IIIS strain.
- After the process of transformation, the disease causing IIIS strain causes pneumonia in the mice and hence kills it.
- This factor is now known to be the DNA or Deoxyribonucleic Acid.
The answer would be
<span>Low flexibility of blood vessels in the limbs and high blood pressure</span>
First, prophase this is when the chromosomes are just chillin in the nucleus that is protected by the nuclear envelope(the purple circle in the blue circle).
Then, metaphase this is when the nuclear envelope breaks down and the chromosomes line up on the metaphase plate in a line.
Then, anaphase this is when the two chromatids that make up one chromosome are pulled apart by spindles.
Then, telophase this is when the spit chromatids start to form new nucleus and causing the cleavage furrow, the line in between the cells that holds them together, to form.
Finally Cytokinesis, this is where you finally get your too new cells.
I would say B C and D but C explains why hydroelectric power has a specifically limited future