<span> This is an autosomal dominant disease, the mutant allele was not <span>inherited</span></span>
Answer:
The correct option is <em>C) The organism has cells that are able to take in energy.</em>
Explanation:
Option A is false because the organism the question does not specify that the organism is either a plant or animal. It can be fungi or bacteria etc.
Option B is false because the information given in the question does not specify the organism to be unicellular. It can be multicellular.
Option D is false because if the organism is unicellular, then it will have only one. It won't have many cells to eliminate waste. Also, every cell is able to eliminate waste.
Option C is correct because all cells whether unicellular or multicellular need energy to carry out tasks. This statement would be true for any kind of organism.
Answer: This could be because of how humans as well as plants use that energy from the sun to create energy, but also because though energy from the sun is always on Earth, it can only provide light and energy to on side of the planet at a time. If energy from the sun were hit the earth from all angles it would increase the surface temperature.
Explanation:
There won;t be any water shortage, as it is renewable source of energy, means can be recycled. That 1,150 million kiloliters, won't transform into thin air, but still can use as a source of energy
Hope this helps!
Answer:
Based on similar appearance - traditional
Based on evolutionary relationships- modern
Known as cladistics- modern
Known as Linnaean classification- traditional
Explanation:
Linnaeus was a Swedish Botanist who was the first to classify organisms based on the structural similarities which organisms had. This method of classification came to be known as the Linnaean classification. Organisms which had more closer resemblances in structures and features had more groups or taxa in common.
The modern system of classification depends on the evolutionary history of organisms. It determines which organisms are more closely and have common ancestors in the past.
