The answer is <span>Exocrine glands can sometimes release.
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There are two types of glands - endocrine and exocrine glands. Exocrine glands secrete hormones through the duct and not directly into the bloodstream, unlike endocrine glands. So, exocrine glands do not secrete <span>substances into the bloodstream. These glands can be found, not only in the skin and mouth but also in digestive or respiratory tracts. They also have a variety of functions.
</span>Sometimes, exocrine glands, such as lacrimal or sweat glands can release <span>substances out of the body.</span>
<h3><u>Similarity and differences of carbon cycle in the ocean as on land:</u></h3>
- The Carbon Cycle is a biogeochemical cycle by which Carbon circulates around the planet.
- Carbon Cycle just like other cycles compromises of sequence of events that are essential to make earth capable of sustaining life.
- In land carbon is mostly circulated through photosynthesis and stored in living as well as non-living organisms.
- In oceans carbon is absorbed and dissolved into the water and get used by animals and plants.
- Ocean is like a giant sponge that soaks up more carbon than it gives.
- Like on land photosynthesis too occur in oceans and get incorporated into marine and terrestrial organisms as organic matter.
<h2>Visible spectrum of photon emission</h2>
Explanation:
- An action spectrum is ordinarily plotted so that the "activity" appeared on the y-axis is estimated with an equivalent number of photons at every wavelength of the unmistakable range. In any case, our sun doesn't emanate equivalent quantities of photons at every wavelength.
- Rather, the sun transmits the most photons in the yellow piece of the range, with moderately fewer photons discharged in the red and violet-blue pieces of the range. In this manner, the red and violet-blue districts of Engelmann's action spectrum were estimated with fewer photons than in the yellow piece of the range.
- To correct for this, you need to consider how expanding the quantity of photons in the red and violet-blue pieces of the range - to coordinate the emission level in the yellow part- - would change the measure of oxygen created, and therefore the number of microscopic organisms that amassed, in the red and violet-blue spectral region. The rectified action spectrum would show higher tops in the red and violet-blue pieces of the range, yet the plot in the yellow piece of the range would be around equivalent to Engelmann's.
ANSWER:
chromosomes
Explaination:
Chromosome are made of protein and a single molecule of acid DNA. It's passed on from parental offspring's.
The lymphatic system is involved with the immune and circulatory systems. It's responsible for removing toxins and waste from the blood and fighting illnesses. A way that it works with the circulatory system is by transporting a fluid called lymph, which fights infections, through the capillaries, veins and arteries of the body. If you've heard of "lymph nodes", then you already know one part of the system. These organs are responsible for processing the lymph, and you have quite a few of them.
One organ that is major in the system is the spleen. It's a kinda bean shaped organ located right under your left rib cage above the stomach. I think it's one of those less-known organs, as well. Its job is to make sure your body has the right amount of blood in it, filter red blood cells, and fight infection. That's why if you don't have a spleen, you're more prone to getting sick and I've heard that you'd have to get more vaccines for things that your body normally can fight off on its own. So it's a vital part of the immune system. It processing old red blood cells out and regulating how much blood you have links it to the circulatory system. If your body has old RBCs that are defective or not working anymore, your spleen gets rid of them.
Hope this helps.