An oxbow lake is a U-shaped lake or pool formed when a river's broad meander is cut off, resulting in a free-standing body of water. Oxbow lake formed when the wide bend of a river is cut off.
<h3>What is oxbow lake?</h3>
An oxbow lake is a U-shaped lake or pool formed when a river's broad meander is cut off, resulting in a free-standing body of water. Resacas are oxbows left by the Rio Grande in South Texas.
Oxbow lakes are known as billabongs in Australia. The term "oxbow" can also apply to a U-shaped bend in a river or stream.
Hence option B is correct. Oxbow lake formed when the wide bend of a river is cut off.
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Answer: Dicot has bundles arranged in a ring
Explanation:
Dicot vs Monocot Stem
The vascular system in dicots is split into a cortex and stele. In monocots these regions are absent. The vascular system is scattered in monocots, with no specific arrangement. In the cross section of the stalk in dicots you will find the vascular bundles consist of primary bundles forming a cylindrical shape in the center
Hypertonic:
having a higher osmotic pressure than a particular fluid, typically a body fluid or intracellular fluid
Answer:their weight
Explanation:
Ostriches weigh more than 400 pound and can be as tall as 9 feet.....making it 99.9% impossible for its flight......
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The incorrect statement about the nitrogen cycle is option A: nitrate and nitrite reductases in denitrifying bacteria convert ammonia to nitrogen gas.
The biological nitrogen fixation (BNF) is the process by which atmospheric nitrogen is changed into ammonia, and the nitrogen-fixing bacteria are known as diazotrophs. Fixation, ammonification, nitrification, and denitrification are significant nitrogen cycle processes. Ammonia is converted to nitrites and then to nitrates which are absorbed by plants with the help of their roots. Therefore, option A is incorrect.
Through bacteria that fix nitrogen from the atmosphere, nitrogen enters the living world. Soil bacteria convert this nitrogen and nitrogenous animal waste back into gaseous nitrogen, supplying the organic nitrogen required by terrestrial food webs.
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