Since there is a phosphorous, you can straight off know that it's a nucleic acid.
I'd say B.
Answer:
Vesicle
Explanation:
Vesicles are organelles which are found in cells and are involved during the process of exocytosis, endocytosis or movement of materials within the cell.
In the question , The leaves absorb the nutrients in the fertilizer and look healthy. If a cell is compared to a plant, the organelle which would help transport fertilizer from the soil to the leaf would most likely be the vesicles.
Answer:
Towards the right
Explanation:
The Coriolis force is usually defined as the force that acts on the global wind and ocean currents and allows them to move in a clockwise and anticlockwise manner, in the northern and southern hemispheres respectively. This force occurs due to the rotation of the earth.
The strength of this Coriolis force gradually increases with the increasing latitudes and also increases with the gradually decreasing speed of the earth's rotation. So, the value of this force is observed to be highest at the poles and is absent at the equator.
Thus, in the northern hemisphere, the Coriolis force deflects the wind to the right side.
Answer:
Divergent boundaries
Explanation:
Infact, a supercontinent did exist, called Pangea. We know this because each continent fits together like a puzzle piece. The same life forms most likely split off into different families or groups, and over the course of millions of years, the continents split, leaving different groups separated.
The medulla is the inner region of the parenchyma of the kidney. The medulla consists of multiple pyramidal tissue masses, called renal pyramids.
The kidney's parenchyma's interior section is called the medulla.
The renal pyramids, which are triangle-shaped structures with a dense network of nephrons within them, are a collection of several pyramidal tissue masses that make up the medulla.
The Bowman's capsule, which is shaped like a cup and is located in the cortex of the kidney, is at one end of each nephron. The glomerulus, a group of capillaries that conducts blood from the renal arteries into the nephron where plasma is filtered via the capsule, is encircled by it.
The filtered fluid exits the capsule and travels via the collecting ducts and distal convoluted tubule before exiting the body through the ureter. It then travels down the proximal convoluted tubule to the loop of Henle. The complicated management of water and ion concentrations in the body is made possible by the numerous components of the nephrons, each of which is selectively permeable to distinct molecules.
To learn more about the nephron loop please click on the given link: brainly.com/question/28259406
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