What is the function of a chloroplast?O A. Gamete production
O B. Photosynthesis
O C. Fermentation
O D. Cellular respiration

Answers

Answer 1
Answer:

Answer:

Photosynthesis

Explanation:

Chloroplast contains chlorophyll which absorbs sunlight and let photosynthesis happen.

Answer 2
Answer:

Answer:

photosynthesis

Explanation:

Chloroplasts are found in plant cells its function is  the process by which energy from the Sun is converted into chemical energy for growth. Also called photosynthesis.


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What is regeneration?
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Which of the following interactions is an example of symbiosis? a tropical bird performs a courtship dance for a mate a population of hummingbirds migrates during the summer an insect acts as a pollinator for a plant species a mother bear feeds and protects her cubs
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Water makes up a large percentage of the body’s cells. For a cell to remain in homeostasis, there must be a mechanism to control water changes in the cells. The movement of water from an area of high water concentration to an area of low water concentration is

What is one advantage of having many small cells instead of one large cell?

Answers

With smaller cells, there is a greater surface area.                   

Which of the following might be affected by the loss of a plant species?

Answers

the entire food chain could be affected because the grasshoppers have nothing to eat then the birds have nothing to eat cause the grasshoppers have nothing to eat and so on

Activating the muscles involved in smiling may actually make us feel happier. this is an example of (the)

Answers

Activating the muscles involved in smiling may actually make us feel happier and this is an example of Facial feedback effect . The facial feedback effect states that skeletal muscle feedback from facial expressions can influence emotional experience. Facial movement plays a causal role in regulating emotional experience and behavior.

Final answer:

The idea that creating a physical smile can cause feelings of happiness is an example of the facial feedback hypothesis. This suggests that our facial expressions can impact our emotions, a concept backed by various studies. This is observed in universal expressions like laughter that signal joy or pleasure.

Explanation:

The statement that activating the muscles involved in smiling can make us feel happier is an example of the facial feedback hypothesis. This hypothesis suggests that facial expressions can influence our emotions. For example, physically forcing yourself to smile can potentially lead to a lighter mood. This concept has been examined in studies like the one by Soussignan in 2002, which found that a Duchenne smile, a genuine smile that involves the muscles around both the mouth and eyes, can trigger positive emotions and physiological responses. Similarly, laughter is a universal expression of joy or pleasure recognized across cultures. Strategies like these can be a part of successful happiness interventions, as seen in the study by Seligman et al., 2005 where participants recorded good things from their day and saw increases in happiness.

Learn more about Facial feedback hypothesis here:

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The ability to resist interference from irrelevant information to stay focused on the task at hand is called:

Answers

I believe the ability to resist interference from irrelevant information to stay focused on the task at hand is called Inhibition
The ability to resist interference from irrelevant information to stay focused on the task at hand is called:Inhibition

Which of the following best explains ways in which fish and mammals differ? (2 points)Fish are invertebrates and have scales and paired fins, while mammals are vertebrates and have fur or hair.
Fish are ectothermic and lay eggs to reproduce, while mammals are endothermic and give live birth to offspring.
Fish are endothermic and have gills, while mammals are ectothermic and have lungs.
Fish have streamlined bodies and three-chambered hearts, while mammals are bipedal and have four-chambered hearts.

Answers

The answer is Fish are ectothermic and lay eggs to reproduce, while mammals are endothermic and give live birth to offspring.

Through the elimination process:
* Fish are invertebrates and have scales and paired fins, while mammals are vertebrates and have fur or hair. - Fish are vertebrates!
* Fish are endothermic and have gills, while mammals are ectothermic and have lungs. - Fish are ectothermic (cold-blooded), and mammals are endothermic (warm-blooded)!
Fish have streamlined bodies and three-chambered hearts, while mammals are bipedal and have four-chambered hearts. - Fish have four chambered hearts and not all mammals are bipedal!

This leaves choice: 
Fish are ectothermic and lay eggs to reproduce, while mammals are endothermic and give live birth to offspring. All of this is true, but it should be taken into consideration that some fish give live birth and some mammals lay eggs, but this is the most possible choice among all mentioned.

Answer: Fish are ectothermic and lay eggs to reproduce, while mammals are endothermic and give live birth to offspring.

Explanation: Is correct answer

Which trophic level contains the organisms that are source of all chemical energy used in an ecosystem

Answers

Answer:

The correct answer would be producers as they convert light energy to chemical energy by photosynthesis.

Explanation:

The food chain is a sequence of transfer of energy and food to one organism is consumed by the other.

Trophic level is the position or the place of organisms share in the food chain. Producers are the trophic level placed in the bottom of the food chain.

Producers (plants) convert light energy into chemical energy by the process of photosynthesis. This chemical energy transfer from one trophic level to another.  Producers provide food and energy to other trophic levels when they consume producer as their food. The green plants and blue-green algae are the examples of producer trophic level.

Thus, the correct answer would be producers.

Producers/plants ultimately contain the organisms that provide that energy.