Answer:
The answer is A) Homologous structures
Explanation:
Homologous Structures:
- Homologous structures are anatomical features in an organism that are structurally and functionally diverse but they originate from a single common ancestor.
- Homologous structures possess a similar basic internal structure but can have entirely different morphology and function.
- For example, the wings of a bat and a human's arm have the same internal structure but they have different functions.
- Vestigial structures are evolutionary remnants that no longer serve a purpose in modern forms or descendants of the original organism.
- Inherited and developmental are out of context in terms of evolutionary relationships.
The probability is 1/2. This is because half are likely to be carriers and 1/2 are likely to have hemophilia.
First stage is peat, then followed by lignite, bituminous and anthracite. Mark as branliest tq
Answer: A testicle that hasn't moved into the bag of skin below the penis earlier than start. An undescended testicle is generally uncommon in full-time period toddlers, however common in infant boys born in advance. Not seeing or feeling a testicle wherein it is predicted to be within the scrotum is the principle sign of an undescended testicle. The testicle commonly actions into the right function on its own inside a few months. If it would not, it could be relocated by way of surgery.
Explanation:
Alcoholic fermentation and indeed most forms of fermentation are low-energy producing. The waste products are often medium-sized hydrocarbons/alcohols that, when fully oxidized to carbon dioxide provide more energy.
Cells ferment sugars to lactic acid B. During training. This is why your muscles are sore and sore during exercise. Essentially, building this lactic acid causes your muscles to scream for oxygen and use a simplified fermentation process to meet their energy needs, which is not efficient at all.
Yes, animals will ferment for a short time if they are not supplied with enough oxygen. Humans perform lactic acid fermentation when the body urgently needs a lot of energy. If you sprint as fast as you can, your cells only have a few seconds of ATP stored. When stored ATP is depleted, muscles begin to produce ATP through lactic acid fermentation.
Learn more about Lactic acid here:-brainly.com/question/490148
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