C) egg and sperm
D) diploid body cells
energy.
B. Cellular respiration breaks down glucose, while photosynthesis
produces glucose.
C. Cellular respiration is the process animals use to produce glucose,
while photosynthesis is the process plants use to produce
glucose.
D. Photosynthesis produces water molecules, while cellular
respiration splits water molecules apart
The statement, that is, process of cellular respirationdissociates glucose, and photosynthesis generates glucose shows the relationship between photosynthesis and cellular respiration.
Both the processes of cellular respiration and photosynthesis are associated via an essential relationship. This association allows the life to thrive, as the products of one procedure are the reactants of the other.
The process of photosynthesis produces glucose, which is utilized by cellular respiration to produce the energy currency, that is, ATP. Afterwards the glucose is then converted to carbon dioxide, which is utilized in the process ofphotosynthesis. During the process of photosynthesis, water is dissociated to produce oxygen, while in cellular respiration oxygen get combined with hydrogen to produce water.
Thus, the correct statement is option B.
Find out more information about the photosynthesis and cellular respiration relation here:
The answer should be B. Cellular respiration breaks down glucose, while photosynthesis produces glucose
This is because plants use photosynthesis to make glucose for them while cellular respiration breaks glucose down into carbon dioxide.
Answer:
C. 50%
Explanation:
In a Punnett Square, 2 out of 4 squares show the long hair allele (Ll).
Organisms use both asexual and sexual reproduction to maximize survival opportunities in different environments. Asexual reproduction allows for rapid, identical progeny production. Sexual reproduction, although slower and more energy consuming, increases genetic diversity -- providing a better chance at survival in changing environments.
Some organisms make use of both asexual and sexual reproduction due to the unique advantages each process provides. Asexual reproduction allows an organism to rapidly produce genetically identical offspring. This mode of reproduction is useful in stable environments where survival traits remain constant.
On the other hand, sexual reproduction results in offspring with genetic variations. With novel combinations of genes in each offspring, the chance for adaptation and survival increases in changing environmental conditions. Some examples of organisms that utilize both modes of reproduction include some species of plants, fungi, and invertebrates.
However, both reproductive strategies also have trade-offs. Early versus late reproduction, for instance, has an impact on an organism's survival. Early reproducers might have a higher chance of successfully producing offspring, but may sacrifice their growth and health. Late reproducers, conversely, are often larger and may provide better parental care, but risk dying before having the chance to reproduce.
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Answer and explanation;
-Reproduction is a fundamental feature of all living organisms.
-It is a biological process by which living organisms produce offspring’s similar to them. It ensures continuity of various species on the Earth.
-Reproduction is vital to the success of a species. For a species to survive it must be able to produce more offspring than it loses though old age, disease, and predation.
-Living things reproduce through asexual reproduction and sexual reproduction.
-In the absence of reproduction species will not be able to exist for a long time as they may soon get extinct.