<span>If they have a nucleus, they are eukaryotic</span>
I am water ,I was put into a cup ,swallowed down the esophagus and since I’m not a solid I am put into the intestine immediately here my different vitamins are used and stored since I am still not a solid I pass the appendix with no problem . I am now being stored in the anus here i am let free as a torn skin of my old self .
I am steak, I am chewed by the teeth and swallowed Down the esophagus , i am being digested by the stomach acids and my vitamins are being stored and used . I am now entering the intestine here I am taken to the appendix to grind up a little bit of bone left on me and I am taken to the anus I am now free but now what I used to be .
I am corn I an chewed and swallowed down the esophagus I maned the chewing now I beating down the acid and I am unaffected by the acid i am taken to the intestines where I tank the appendix and do not get gridded I am taken to the anus where I come out exactly how I came in .
Answer:
B. Cars still largely rely on oil.
Explanation:
Nowadays, most countries still use transportation systems that burn fossil fuels. An example of this may be private cars that consume gasoline, which derives from fossil fuels (oil). The use of fossil fuel transportation systems increases the emission of carbon dioxide (CO2), a major greenhouse gas involved in global warming. In the near future, it is expected that fossil fuel-based vehicles can be replaced by electric cars that use energy obtained from renewable sources (e.g., solar energy, wind energy, etc).
You can determine the genotype of Maria and Juanita, even though you did not test their DNA is by looking at the traits of their parents. If they have other siblings, the ratio of the traits can give the actual genotype of their parents which in turn, can help determine the genotype of Maria and Juanita. This is assuming that the genotype in question corresponds to an observable physical trait.
Answer:
III. Equal number of chromosomes.
Explanation:
Comparison between two cells, one cell just before first meiotic division and other cell ready to start mitosis is that both the cells have equal number of chromosomes.
Both the cells have an equal number of chromosomes that is 2n (diploid), where n is 23 and total chromosomes are 46 in each cell but at the meiosis at the end meiosis produces four haploid (n) daughter cells and mitosis produces two diploid (2n) cells.
Hence, the correct answer is "III. Equal number of chromosomes.".
