Hyphae are a filamentous vegetative structure of some fungi and a large network of hyphae form a mycelium (vegetative body). Mycelium is actually mass of branched, tubular hyphae. <span>Because of its structure, hyphae enable the fungi structural strength (it is composed of at least one cell encapsulated by a protective cell wall usually made of chitin). The combination of branching hyphae with their radial/diffuse growth is a huge advantage for mycelium that can explore and exploit a large area. </span><span><span> Also, hyphae and their organisation (diffuse or radial growth) have a role in the absorptive nutrition of the fungi. For example, parasitic fungi have specialized hyphae with tips, haustoria, which penetrate the host organisms or symbiotic fungi that have</span><span> specialized hyphae, arbuscules, which can be found in the roots of vascular plants.</span></span>
Answer:
This is because chemotherapy targets rapidly-dividing cells throughout the body, aiming at the cancer but also affecting the healthy cells that produce hair on the scalp and all over the body.
The one that makes the most sense to me, would have to be B. A would not be a benefit at all. While C doesn't necessarily makes sense as the device is only designed to capture energy from ocean waves. And D doesn't make sense to me in general.
<u>Answer</u>:
16 - light
17 - 
18 - 
19 - 
20 - sugar
The image describes the process of photosynthesis and the production of sugar through the Calvin cycle. Light is the energy source that drives this process through which, together with water molecules, chemical energy known as ATP is produced. This and NADPH, which is also produced during photosynthesis, are used to drive the Calvi Cycle. Here, by using atmospheric , sugars are produced. These are vital to the survival and growth of the plant. Oxygen is also released into the atmosphere as a result of photosynthesis.
The sucrose moved in sink by active transport.
<h3>What is active transport?</h3>
Active transport is a type of transport in which the cell expends energy to move solutes against their concentration gradients. The sodium-potassium pump is an example of active transport. Active transport differs from passive transport in that the cell does not expend energy.
In this case, the sucrose moves from companion cells in sink elements by active transport. This reduces the water potential of the sink element by osmosis, which increases the hydrostatic pressure.
See more about sucrose at brainly.com/question/24214907
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