Answer:
The answer to your question is: B
Explanation:
a)The equation is carbon dioxide + water → glucose + oxygen + water and energy is required in the form of light. This option is totally wrong, the reactants in cellular respiration are sugar and oxygen, and cellular respiration never forms light.
b)The equation is glucose + oxygen → carbon dioxide + water and energy is produced in the form of ATP. This option is correct, in cellular respiration the cell uses sugar and oxygen to make carbon dioxide, water and ATP.
c)The equation is carbon dioxide + water → glucose + oxygen + water and energy is produced in the form of ATP. This option is wrong, it's describing an unknow process to me.
d)The equation is glucose + oxygen → carbon dioxide + water and energy is required in the form of light. This option is partially correct, but the last part makes it wrong because cellular respiration doesn't use light to obtain energy.
Answer:
b)The equation is glucose + oxygen → carbon dioxide + water and energy is produced in the form of ATP.
No, because its body did not change enough.
Yes, because its structural form changed over time.
Yes, because its genes have changed.
Answer:
The correct answer would be "No because its genes are still the same".
The process by which a tadpole changes into a frog is termed as metamorphosis, not evolution.
During this process, the physical transformation of an organism takes place through cell growth as well as cell differentiation.
No genetic transformation takes place and thus, no evolution takes place during this transformation.
Answer:
Genetic factor
Explanation:
Height is the trait that is regulated by genetic and environmental factors. The type of the gene present in the genome of the organism and environmental factors such as nutrition, physical activity, surroundings etc. regulate the height of the organisms. If environmental factors are kept constant, the height would be regulated by genetic factors only.
2. Endotherms have higher energetic demands compared to ectotherms.
3. Endotherms spend more energy on internal temperature regulation compared to ectotherms.
4. Endothermy is more common among animal phyla than ectothermy.
5. At the cellular level, endotherms cells always produce more ATP and more heat.
Answer:
3. Endotherms spend more energy on internal temperature regulation compared to ectotherms.
Explanation:
Ectotherms, are considered as cold-blooded animals (reptiles and amphibians), and are organisms that don't have the ability to generate enough heat to keep themselves warm. Endotherms, in contrast, do possess the ability to generate their own body heat.
Endotherms also called warm blooded animals (mammals) have the ability to regulate their body temperature by themselves. If the endotherms are in a cold place their body increases the metabolism and generates more heat. This will compensate for the cold outside.
B. asexual organisms are the result of the process of natural selection
C. organisms that have traits which are not helpful continue to reproduce and carry-on those traits
Answer:
A
Explanation:
by the definition of natural selection more fit organisms survive and reproduce more, propelling population change.