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>
1. moisture/water
2. precipitation
3. evaporation
4.transpiration
5. warmer, more
6. vaporization
7. condensation nuclei
Answer:
some of the weak-acid component of the buffer will dissociate and turn into the conjugate base (which is the weak-base component of the buffer) thus replenishing most of the protons removed.
50% Not sure how you would draw the punnett square, however heterozygous means different so it would be Ab and homozygous dominant means the same but one is upper case and one is lower case Aa.
AA AA
Aa Aa
Photosynthesis<span> makes the glucose that is used in </span>cellular respiration<span> to make ATP. The glucose is then turned back </span>into <span>carbon dioxide, which is used in </span>photosynthesis<span>. While water is broken down to form oxygen </span>during photosynthesis, in cellular respiration<span> oxygen is combined </span>with<span> hydrogen to form water.
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