Answer:
Tetraploidy
Explanation:
The normal chromosomal number of human cells is 23 pairs or 46 chromosomes, which is a diploid state (2n). However, chromosomal disorder can occur in which there will be a less or more than this chromosome number in human cells. This could be as a result of mutation in the genome.
In this case, the stillborn baby was diagnosed to have 92 chromosomes which is far more than the normal 46 chromosomes. The chromosome number in a human gamete is 23, haploid (n). In this case, the baby is found to have a 4n chromosomal state, which is referred to as TETRAPLOIDY, a type of polyploidy in which four copies of each chromosome is present in each cell.
our thyroid glands plays a main role in a human body. It secretes thyroxine and calcitonin. In which thyroxine help in growth and cellular metabolism and calcitonin helps to regulates calcium concentration in blood . If thyroid gland stops working then there is low level of calcium in our blood, which leads to mental and hormonal disorder. In this way a person's blood calcium level would be affected if his/her thyroid gland stops working.
Pseudopods is the answer!
Answer:
C. The results of the investigation led to new scientific questions
Explanation:
In science, hypotheses are created mainly to understand a certain phenomenon. This requires the generation of multiple questions to explore the topic thoroughly.
A scientist cannot explain a phenomenon with only one question or one set of experiments. In fact, <u>scientists need to design different experiments to manipulate different variable and determine which of those has a significant impact. Then, after the first question has been answered, </u><u>other questions are going to arise</u> and other experiments will need to be performed <u>to provide facts and evidence</u>. This is also how a theory is developed or proposed.
In this case, the scientist demonstrated that an increased temperature decreases the number of produced offspring in a certain species. Now, he/she wants to explore how this species will cope with the increased temperatures that climate change will bring. This new question will allow him/her to understand the behavioral or physiological plasticity the species has and whether it will be able to adapt to future environmental conditions.
Is some way i would say yes