Which scientists are credited for the events described in the development of the cell theory

Answers

Answer 1

Answer:

Answer: Robert Hooke, Theodor Schwann, and Matthias Schleiden

Explanation:

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Which structure in a cell corresponds with the function of the human lungs? A. Nucleus
B. Vacuole
C. Cell membrane
D. Mitochondria
Please explain why, cause I don’t understand this

Answers

The answer is D. Mitochondria

Mitochondria is an organelle in the cell that corresponds to the function of the lungs. It helps the lungs in the biochemical process of respiration and with the energy production.

Could you help me with this question

Answers

Answer:A

Explanation:

10POINTS!!!How is a tendon different from a ligament?
A.A tendon joins a bone to a bone; a ligament joins a muscle to a bone.
B.A tendon joins a muscle to a bone; a ligament joins a bone to a bone.
C.A tendon covers a bone; a ligament supplies nutrients to a bone.
D.A tendon supplies nutrients to a bone; a ligament covers a bone.

Answers

A tendon is different from a ligament in that a tendon joins a muscle to a bone; a ligament joins a bone to a bone.

The correct option is B; A tendon joins a muscle to a bone; a ligament joins a bone to a bone.

What are tendons and ligaments?

Ligaments are crisscross-shaped bands that connect bones and support joints. For instance, the anterior cruciate ligament (ACL), which stabilizes the knee joint, connects the thighbone to the shinbone.

Muscle is joined to bone via tendon, which is present at either end of a muscle. The head, neck, feet, and the rest of the body are all covered in tendons. The largest tendon in the body is the Achilles tendon. It joins the heel bone and calf muscle. The rotator cuff tendons aid in the forward and backward shoulder rotation.

Learn more about tendons and ligaments at: brainly.com/question/139369

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The answer is B. A tendon joins bone to muscle and a tendon joins bone to bone.

Mr. Jones, the science teacher, tells his students that energy cannot be created; it must be captured from the environment. He is talking about the what. A: food chain
B: second law of thermodynamics
C: first law of thermodynamics
D: food web

Answers

A: food chain

In many functions of a living organism, it cannot make its own energy. It uses energy from its environment, retrieves and converts into a usable and edible matter. Organisms that can do this process is the autotrophs, they can facilitate photosynthesis which they gather energy from the sun, water and carbon dioxide in order to create energy by then, the transfer of this energy to other organism is played by the food chain –food web.

The question here is one after a lesson discussing the laws of thermodynamics. Within this lesson, you may find the fallowing passage: "According to the first law, an organism can absorb energy from its environment, or it can give up some of its energy to its surroundings. However, the total energy of the organism and its surroundings is always the same. The organism can't create the energy it needs to live. Instead, it must capture it from the environment. Once it captures energy, the organism can use the energy for its own biological work."

Answer: First Law of Thermodynamics

What is the function of eukaryote

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it is a cell Organelles of Eukaryotic Cells Below is a list of organelles that are commonly found in eukaryotic cells. Organelle Function Nucleus The “brains” of the cell, the nucleus directs cell activities and contains genetic material called chromosomes made of DNA . Mitochondria Make energy out of food Ribosomes Make protein Golgi Apparatus Make, process and package proteins Lysosome Contains digestive enzymes to help break food down Endoplasmic Reticulum Called the "intracellular highway" because it is for transporting all sorts of items around the cell. Vacuole Used for storage, vacuoles usually contain water or food. (Are you are thirsty? Perhaps your vacuoles need some water!) Plant cells also have: Chloroplasts Use sunlight to create food by photosynthesis Cell Wall For support

In general, cells (which include prokaryotic and eukaryotic cells) have a main purpose: to survive. In eukaryotic cells, their shapes often reflect their functions. For example, nerve cells have long extensions that reach out in various directions in order to allow the cell to send and receive nerve impulses. Another example is skin cells. Since skin cells are flat and plate-like, they help cover and protect the surface of the body. As organisms evolve into more advanced organisms, their cells become more specialized and eventually were unable to survive independently. Groups of cells that carry out a similar function is called a tissue. Groups of tissues that perform a particular job form an organ. Groups of organs that perform related tasks form organ systems. Finally, groups of organ systems combine to form an organism. In other words, prokaryotic and eukaryotic cells try to keep the organism alive.

Hey guys I really need help with putting the terms to the picture I’m confused