BIOLOGY COLLEGE

compare the six nutrients of life for farm animals (water, protein, carbohydrates, fats, vitamins, and minerals).

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Answer 1
Answer:

Answer: This should help

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Explanation:

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which variable appears to control leaf production in these plants and is the indecent variable in this scientific investigation ?

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El balance del año respuesta a los dos tercios

This example of sedimentary rock is formed when rock fragments, minerals, and the remains of plants and animals are deposited as sediments and are thenA) chemically weathered by water.
B) compacted and cemented together.
C) recrystalized under the weight of the layers.
D) melted due to increased temperature and pressure.

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B) compacted and cemented together

Answer: B) compacted and cemented together

Explanation:

Which of the following processes is/are example(s) of diffusion and/or osmosis that occur in your cells? Mark all that applya. O2/CO2 moving in/out of your blood cells as they flow through your lungs.
b. Na+ (sodium) & K+ (potassium) ions moving between the inside and outside of you nerve cells creating electrical impulses.
c. H2O moving in and out of all your cells to maintain homeostasis.
d. All of the above
e. None of the above

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The examples of diffusion/osmosis that occurs in our cells are as follows:

  1. O2/CO2 moving in/out of your blood cells as they flow through your lungs
  2. H2O moving in and out of all your cells to maintain homeostasis.

DIFFUSION/OSMOSIS:

  • Diffusion is the process by which gaseous molecules move from a region of higher concentration to low concentration until they are evenly distributed.

  • Osmosis, on the other hand, involves the movement of water from region where it is more concentrated to region where it is less concentrated via a semipermeable membrane.

  • Both osmosis and diffusion are forms of passivetransport, meaning that movement occurs down a concentration gradient.

  • The following are examples of diffusion/osmosis that occur in human cells:
  1. O2/CO2 moving in/out of your blood cells as they flow through your lungs
  2. H2O moving in and out of all your cells to maintain homeostasis.

Note that, option B is a form of active transport.

Learn more: brainly.com/question/18067330?referrer=searchResults

the answers are (a.) and (c.)

a. Normal body temperature is 98.6°F. A child is not feeling well, and there is only a Celsius thermometer available. The child's temperature is taken and the thermometer reads 37°C.

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Answer:

Just convert, 37 degrees Celcius into Fahrenheit is: 98.6

The venn diagram compares plants and animals which description is common to both plants and animals and should be placed in a space marked x​

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Answer: Need sugar for energy

Explanation: Plants exhibit an autotrophic type of nutrition that is, plants manufacture their own food. They have chlorophyll a green pigment located in the leaves to trap sunlight and convert carbon dioxide and water to glucose and oxygen in a process called photosynthesis. The glucose which is a simple sugar is then transported to other plant tissues where they are needed as source of energy for growth and other metabolic functions.

Animals exhibit a heterotrophic type of nutrition that is, animals cannot manufacture their own food rather they depend on plants and/or other animals for food. Animals use sugars derived from food they eat to obtain energy for all bodily functions.
Need sugar for energy because both plants and animals need carbohydrates to function. Carbohydrates become starches in plants and glycogen in animals.

One difference between plants and animals is that plants area. prokaryotic and animals are eukaryotic.
b. eukaryotic and animals are prokaryotic.
c. autotrophs and animals are heterotrophs.
d. heterotrophs and animals are autotrophs.

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Answer:

c. autotrophs and animals are heterotrophs

Explanation:

There's many differences between the plants and the animals, be it their physical appearance, way of live, how do they function, their requirements for survival. One of the major differences between the plants and the animals is that the plants are autrotrophs, while the animals are heterotrophs. The autrophs are the organisms that are able to produce their own food, thus they are producers, meaning that they do not need nutrition from other organic sources. The heterotrophs on the other side are the organisms that are not able to produce food for themselves, but instead they get their food through consuming of other living organisms, making them primary, secondary, and tertiary consumers.
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