Answer: -Carbon is interesting and important elements to life because it can form more compounds than any other element.
- Carbon is the most abundant element present in the human body and important for plant, animal life and for the atmosphere.
Explanation:
Why Carbon is so interesting? So let's start it here.
- *Diamond* the most precious jewel for anyone and costly too, made up Carbon and hardest as well.
- Not only this graphite also is a form of Carbon. Graphite is a good conductor of electricity.
- Coal and soot is also made up of Carbon and amorphous in shape.
-18% of the human body mass is because of Carbon.
- Plants use carbon dioxide during photosynthesis and it forms glucose and oxygen that animals are dependant on.
DNA Deoxyribonucleic acid complex molecule consists of Carbon.
It is not A because: fungi are decomposers rather than producers.
It is B--both do have cells with cell walls.
Not C because: plants reproduce through pollination of flowers.
Not D because: neither have multiple nuclei in a single cell.
<span>They each contain chlorophyll that absorbs violet-blue light and reflects green light. </span>
Answer:
Taking into account photosynthesis, the evidence that best supports the law of energy conservation is energy is absorbed by chlorophyll and becomes chemical energy during photosynthesis (option 2).
Explanation:
Plants are autotrophic organisms, characterized by synthesizing their own nutrients by converting solar energy into chemical energy through photosynthesis.
During the process of photosynthesis, chloroplasts are capable of absorbing solar energy and converting it into glucose. This process involves the conversion of one type of energy into another.
With respect to the law of conservation of energy, it is necessary to consider:
- In the universe there is a constant amount of matter and energy, which is neither created nor destroyed, but transformed.
- Energy in an isolated system does not vary, unless it comes into contact with another system.
- The amount of energy that is absorbed and obtained is equivalent.
In photosynthesis, the chloroplast is not an isolated system, but has contact with the outside and is capable of absorbing the energy of the sun. This energy will be used to obtain a product, glucose, in an amount proportional to the amount of energy absorbed.
Regarding other options:
<em> 1. In photosynthesis, it is not </em><u><em>mechanical energy</em></u><em> that is transformed into chemical energy.</em>
<em> 3. </em><u><em>Oxygen is a product of photosynthesis</em></u><em>, during the process of chemical energy synthesis, from the combination of carbon dioxide, water and solar energy.</em>
<em> 4. It is true that the </em><u><em>sun gives off light energy that is absorbed by plants</em></u><em>, but it does not explain how this energy is transformed into chemical energy.</em>
