Answer: Although produced in both males and females, by the mid-teens, estradiol production in females is 8 times greater than it was before puberty, while testosterone production in males is 20 times greater than it was before puberty.
Explanation:
Puberty is the transition phase in which somatic growth and sexual development are completed, with the consequent acquisition of reproductive capacity. Estradiol is the most potent and abundant estrogen, it is secreted by the ovarian follicle granulosa cells and also by the corpus luteum. testosterone is the hormone responsible for the emergence of secondary sexual characteristics, sperm production and increased sexual drive, aggression, height growth and physical strength, among others. There are many differences in body composition between both sexes, and those differences are also present in the hormones concentration. While estradiol is 8 times greater after puberty in females, this number is 20 times greatern in males, when we are talking about testosterone
The organism which is least similar to the other animals is the blue whale. This is because it belongs to the order cetacea while the other animals belong to the order carnivora. This means that the other animals are carnivorous in their mode of feeding but blue whale is not.
The difference is because there about different from one another, the reflexes will act different towards the speed
Answer:
The correct answer is option C. "Increase in temperature â Increased rate of evaporation â More moisture in air".
Explanation:
Thermohaline circulation, also known as Global Ocean Conveyor, is the way that vast masses of water are moved in the ocean controlled by horizontal differences in temperature and salinity. This movement is usually slow, and serves as a way to transport heat, nutrients and other materials trough the ocean. When thermohaline circulation gets unusually slower, the heat is not efficiently transported. This results in an increase in the overall temperature, which increases the rate of evaporation, increasing the level of moisture in air and finally resulting in more frequent severe storms.
