Answer:. Biotic limiting factors:
- Alligator: The presence of alligators in the simulation acts as a biotic limiting factor. Alligators are known predators of cricket frogs and can feed on them, thus reducing the cricket frog population.
- Mosquito: Mosquitoes are also considered a biotic limiting factor. They can potentially transmit diseases to cricket frogs or compete with them for resources, affecting their population.
2. Abiotic limiting factors:
- Food: In the lab simulation, food availability serves as an abiotic limiting factor. If cricket frogs do not have access to an adequate food supply, their survival and population growth can be negatively impacted.
- Pollution: Pollution, another abiotic limiting factor, can have detrimental effects on the cricket frog population. Pollution in the air or water can lead to habitat degradation, decreased water quality, and ultimately affect the survival and reproductive capabilities of the frogs.
3. Limiting factor impacting the cricket frog population the most:
- The predator population (alligator): Based on the evidence provided, the alligator population had the greatest impact on the cricket frog population. Alligators are known to be predators of cricket frogs, and their presence in the simulation likely resulted in significant predation and reduction of the cricket frog population.
4. Limiting factor impacting the cricket frog population the least:
- Pollution: From the information given, pollution is identified as an abiotic limiting factor. While pollution can negatively affect the cricket frog population, the evidence provided suggests that the predator population (alligators) had a more significant impact. Therefore, pollution is considered to have impacted the cricket frog population the least.
Explanation:
Operant Conditioning is the process by which clinicians identify the stimuli that lead to pain behaviors and the reinforcers that follow, thereby enabling the development of relevant strategies for pain management.
The process of identifying the events (stimuli) that precede pain behaviors (responses) as well as the consequences that follow (reinforcers) in pain management is called Operant Conditioning. This principle of behavioral psychology, which holds that our behaviors are motivated by the consequences they produce, is often used in behavioral therapy for chronic pain management. By understanding the stimuli that lead to pain behaviors and the consequences that reinforce them, clinicians can help patients develop strategies to mitigate their pain.
#SPJ11
b. the offspring are made up of portions of each of the parent's dna
c. the offspring are genetically related but also genetically distinct
d. the offspring have identical dna
In asexual reproduction, d. the offspring have identical DNA.
Asexual reproduction involves the process of mitosis for cell division. In the process of mitosis, the DNA duplicates and separates into two different cells. The duplicated DNA is genetically identical to the DNA of the mother or parent cell. This type of reproduction is faster than the reproductive method.
Asexual reproduction involves one parent and results in offspring that are essentially clones of the parent, meaning they have identical DNA. It involves methods like binary fission, budding, and vegetative reproduction.
In asexual reproduction, the most fitting answer from your listed options would be: that the offspring have identical DNA. This type of reproduction involves one parent and the offspring produced are, for all intents and purposes, clones of the parent because they have identical genetic information. Asexual reproduction methods can include processes such as binary fission, budding, and vegetative reproduction.
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B.m∠B = m∠D
C. AB = DA
D. AB = BC
3. poison (5)
9. disease caused by Clostridium (8)
20. kind of bacteria causing syphilis (10)
22. carbohydrate layer in wall of plant and bacteria cells (2 words) (8 letters
Two different herbivores can share the same plant resource by consuming different parts of the plant, or feeding at different times. Some plants and herbivores share a mutualistic relationship where the plant benefits from wider seed distribution. The balance in a shared habitat can also be maintained with one herbivore species being more efficient at gathering food.
In a shared habitat, two different herbivores can exist harmoniously and share the same plant resource through differentiation in their feeding habits or adopting different times for feeding. Herbivory describes the consumption of plants by insects and other animals. For instance, one herbivore might consume a particular part of the plant, such as the leaves, while another might eat another part like the fruits.
The relationship can also be mutualistic, benefitting both the herbivores and the plants. With herbivores feeding on them, plants get a chance to spread their seeds wider through the herbivores' excretion or the seeds attaching to their bodies.
Food competition is also a crucial aspect of the relationship between herbivores in a shared habitat. In certain cases, one species might be more efficient in gathering food than the other, but it doesn't necessarily lead to the extinction of the less efficient species, as there can be a balance established over time.
#SPJ2
b. the rotating cloud of stardust that formed the planets.
c. the gases in the stars that formed the gases in the atmosphere.
d. the rotating cloud of stardust that formed LUCA and all the organisms that evolved later.