The answer is <span>B.A forest cut down by a logging company</span>
Cell division. Mitosis and meiosis.
Answer:
It depends on the angle of the earth's axial tilt which directly reflects the amount of solar irradiation received or not.
Explanation:
For example, If in Northern Hemisphere, there's no axial tilt then there will be no output of light energy from the entire disk of sun, hence no change in climate and if earth's tilt is 45 degree, then summers will be extremely hot because earth will be close to the sun and winters will be extremely cold because earth will be away from sun.
Answer:
Annie is more likely to be obese than a person with normal physiological leptin levels.
Explanation:
Leptin is a hormone produced in our adipose tissue (ie our body fat) that regulates very important metabolic functions in your body. It is one of the most important hormones in regulating our hunger and energy expenditure. Leptin hormone is produced and released during and after a meal. This is why it is known as the satiety hormone. It is your increased concentration that will inform your brain that the time has come to stop eating.
In addition to being related to satiety and obesity, the hormone leptin is also responsible for increasing energy expenditure in our body. All of this to maintain sufficient energy levels to perform our day-to-day functions and steady weight over the years. And it happens when your body is in energy balance.
As already mentioned in the paragraph above, the hormone leptin is released after a meal and is directly related to the feeling of satiety that diminishes the feeling of hunger and the release of hunger hormones. That is, release at appropriate levels of leptin makes us stop eating.
When a person produces low physiological levels of leptin, a lower energy expenditure of the body occurs, and a lesser feeling of satiety. This causes a greater sensation of hunger and greater release and greater release of hunger hormones. This causes us to eat more and risk becoming obese.
