Explanation:
In the given question, the graph and table have not been provided either they are found anywhere, therefore, the question has been answered on previous knowledge.
The species of Earth can adapt to their environment but adaptation in organisms can take a long time that is thousands to Lakh of years. But the rise in temperature is observed constantly past 200 years.
The species living in the tropics, equator and Poles are already adjusted for their thermal limit. If the average temperature of the planet will increase by 1°C then the number of individuals in the population will decrease. As the number of individuals will decrease, the number of population of species will decrease.
Due to this declination, the number of species can become extinct and therefore the process of increase in temperature and number of species that become extinct can be co-related.
Answer:
The answers have been explained below in separate paragraphs -
Explanation:
Yes, after stimulation, the muscle will generate force but the reaction of the muscle will not be visible because the force generated will be of low intensity and passive in nature and the load pulling the muscle downward will not allow it to move under the influence of this force.
After removing the platform the muscle will change length if the weight is still connected to the muscle. The connected weight will pull the muscle downward and as a result the length of the muscle will be increased. This increase in length will not be due to muscle contraction, it will only be due to the force pulling downward.
This type of contraction is termed as isometric contraction in which even though the muscle is activated but it is not allowed to contract or relax due to the presence of an external force.
Answer:
cause-and-effect
Explanation:
Research shown in the question above will provide results that will allow us to conclude whether a larger number of foxes causes a decrease in the population of snowshoe hares, or whether a decrease in the population of foxes promotes an increase in the population of snowshoe hares. In other words, we can conclude that the experiment will provide cause and effect data, since the number of foxes in an environment (cause) causes effects on the snowshoe hares population.
The correct answer is B. Thymus gland: enables immature lymphocytes to mature into T cells