Answer:
Yes, competition is likely to occur
Explanation:
Competition is an ecological interaction between organisms of the same or different species, resulting in the detriment of one of the organisms. Competition is generally caused when organisms in an ecosystem occupies the same niche i.e. they rely on the same ecological resource, which could be food, mate, space etc.
The case described in this question involving a Bagheera kiplingi (jumping spider) and acacia ants will likely result in competition because they both occupy the same habitat and feed on the same food (vegetable plant). The two organisms will have to compete for this limited resource, hence, it is regarded as an INTERSPECIFIC COMPETITION because it involves two different organisms.
Reproduction, Heredity, Variety in fitness of population, and variety in characters among the population are all four conditions for natural selection.
Untreated waste must be carried on board until it can be properly empty at a pump out station or IN AN APPROVED SEWAGE TREATMENT WORKS. On Ohio waters, it is a law that no vessel should discharge untreated waste into the waters. Such wastes should be drained into reservoirs that can be carried or pumped ashore for disposal.<span />
A wind turbind: <span>A </span>wind turbine<span> is a device that converts the </span>wind's<span> kinetic energy into electrical power. </span>Wind turbines<span> are manufactured in a wide range of vertical and horizontal axis types.
Wave turbine: </span>Wave<span> power is the transport of </span>energy<span> by wind </span>waves<span>, and the capture of that </span>energy<span> to do useful work – for example, electricity generation, water desalination, or the pumping of water (into reservoirs). A machine able to exploit </span>wave<span> power is generally known as a </span>wave energy<span> converter.
What they have in common is that they both produce energy.
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Answer:
By forming chromatin and in the condensed form of chromosomes
Explanation:
The human genome contains around 3 billion base pairs which are located in the nucleus of all cells. In order to accomodate such large genomic information, DNA is maximally supercoiled during mitosis and meiosis processes to form condensed structures called chromosomes. Humans have 23 pairs of chromosomes per somatic cell. The supercoiling process is assisted by a family of proteins called histones, which interact with DNA and regulate its conformation. The complex between DNA and histones within the nucleus is called chromatin. When chromatin is supercoiled it form chromosomes (in eukaryotic cells).
