2 example of oraganism that undergo in gemmulation reproduction
1. 2 example of oraganism that undergo in gemmulation reproduction
Answer:
What is the wavelength of a sound wave that has a speed of 550 m/s and a frequency of 25 Hz?
Explanation:
2. what is the differentiate of reproduction through gemmules
Answer:
as far as I know A freshwater sponge reproduces both by sexually and asexually. Asexual reproduction is mainly carried out by budding and also by gemmulation. The internal buds, which are formed by the freshwater sponges are called gemmules. These gemmules are tough and coated with a dormant cluster of embryonic cells.
3. Explain the following asexual reproduction in animais in Repodution through Gemmules
Answer:
Asexual reproduction is mainly carried out by budding and also by gemmulation. The internal buds, which are formed by the freshwater sponges are called gemmules.
Explanation:
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4. Give 4 Organisms that Undergo Asexual Reproduction Through Gemmules Except For Adult Sponges.
Answer:
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5. Which word does not belong to the group? Explain.pores, gemmule, filter feeder, nematocysts
Answer:
Filter feeder
Explanation:
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6. How do sea and freshwater sponges reproduces a. budding b. gemmulation c. fragmentation d. binary fission
Answer:
How do sea and freshwater sponges reproduces
a. budding
b. gemmulation
c. fragmentation
d. binary fission
7. what is the difference of budding and reproduction through gemmules? P.S. please correct answer
ANSWER :
The key difference between budding and gemmule formation is that budding is an asexual reproduction method in which a bud grows externally on the surface of the parent, while gemmule formation is an asexual reproduction method in which buds or gemmules form internally inside the parent body.
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Answer:
The main difference between budding and gemmule formation is that budding is an asexual reproduction process in which a bud develops outwardly on the surface of the parent, whereas gemmule formation is an asexual reproduction strategy in which buds or gemmules form inside within the parent body. Buds can form either within or outside of the parent body. Mitotic cell division results in bud development. As a result, it creates babies who are genetically similar to the mother. Internal budding, endogenous budding, or gemmule formation are all terms used to describe the creation of buds within an organism's body. Internal buds are known as gemmules, and they are widely seen in sponges such as Spongilia.
Explanation:
8. Why is gemmule production important in freshwater sponges?
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9. What asexual reproduction is observed in the following animals? Write the correct answer onthe blank before each number. Choose your answer inside the box.BUDDINGGEMMULESPARTHENOGENESISFRAGMENTATIONREGENERATION1. Flatworms2. cnidarians3. annelid worm4. planarians5. ants6. sponges7. hydra8.. insects9. star fish10. Bees
Answer:
1. Flatworms - can be either fragmentation and budding
2. cnidarians - budding
3. annelid worm - budding
4. planarians - regeneration
5. ants - Budding
6. sponges - budding
7. hydra - budding
8.. insects - parthenogenesis
9. starfish - regeneration
10. Bees - parthenogenesis
10. DIFFERENTIATE THE CONCEPT IN EACH PAIR.1. SEXUAL AND ASEXUAL REPRODUCTION________________________________2. BUDDING AND REPRODUCTION THROUGH GEMMULES ________________________________3. BUDDING OF CORALS AND BUDDING OF HYDRA ________________________________
Answer:
1)Summary. Asexual reproduction involves one parent and produces offspring that are genetically identical to each other and to the parent. Sexual reproduction involves two parents and produces offspring that are genetically unique.
2)Role in asexual reproduction
Role in asexual reproductionAsexual reproduction in sponges occurs via budding, either by external or internal buds. The internal buds are called gemmules. Only endogenous types of buds develop into new sponges
3)Budding occurs commonly in some invertebrate animals such as corals and hydras. In hydras, a bud forms that develops into an adult and breaks away from the main body, as illustrated in Figure 1b, whereas in coral budding, the bud does not detach and multiplies as part of a new colony. Watch a video of a hydra budding
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