The answer is B. Does not readily combine with lipid molecule.
Because a single celled organism is not as adapted to the tasks at hand and is not as effective as a multi-celled organism. Having a multi-celled organism, specific cells in his body can perform specific tasks which grant him a faster exeuction time of these tasks as opposed to a single-celled organism.
I think it’ll be the Guinea pig because the dependent is what doesn’t changes and it the guinea pig stays the same. The 1ndependent is the 1 thing that changes which will be that amount of food it consumes. I always spelled 1ndependent with a 1 instead of and i to know the difference. Hope this helps and hope it’s right
No these do not emit ionizing radiation and would have a low likelihood of resulting in cellular injury.
<h3>Are microwaves harmful electromagnetic waves?</h3>
Non-ionizing radiation includes radio waves, microwaves, and visible light. UV light is the only non-ionizing radiation that can cause cancer. In conclusion, microwaves are safe to use and do not harm human health in any way, including the development of cancer. In order to heat the water in meals, microwave ovens use electromagnetic waves at a frequency of 2.45 GHz.
Injuries caused by hot containers, overheated food, or exploding liquids account for the majority of microwave-related injuries. Most injuries are not caused by radiation. Microwave radiation has been linked to numerous negative effects on the central nervous system, including sleep difficulties, learning disabilities, and memory loss, according to a significant body of research.
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Answer: Methylene blue can be used to stain DNA of a cell because it (forms ionic bonds with DNA).
Explanation:
To examine the components of a cell usually under a microscope, a stain or dye is being used to provide a clear and defined view of the area under study.
The deoxyribonucleic acid (DNA) of a cell which contains the hereditary information of the cell is located in the nucleus.
Methylene blue is a type of stain used by biologists which helps them view microscopic life in brilliant color. It is a cationic stain (positively charged blue dye); and binds to negatively charged parts of the cells, such as nucleus (DNA) and RNA in the cytoplasm (with lower affinity).
When DNA of a cell comes in contact with methylene blue on a slide, their opposite charges attract, causing methylene blue's "rings" to slide in between the "rungs" of the DNA "ladder." As a result, a rich blue stain that identifies the location of the cell nucleus can be observed. This produces a photosensitive reaction which can then be viewed under the microscope.
Therefore is can be used to stain the DNA of cell because it forms ionic bonds with DNA.