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3 years ago

How much energy stored within an organism?

1 answer:

6 0

El cuerpo tiene tres sistemas principales de energía que puede usar para diferentes tipos de actividad física. Estos se llaman:

_sistema ATP-PC (fosfágeno);

_sistema glucolítico anaeróbico o ácido láctico;

_sistema aeróbico, que comprende los _sistemas glucolítico (carbohidrato) y lipolítico (grasa).

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Mushrooms, algae, and protozoa are all examples of ___________ cells. A) eukaryotic B) fungal C) plant D) prokaryotic

morpeh [17]

The answer is B, they are all fungal cells

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4 years ago

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Proteins, starches, fats, and oils are made from _____.

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Their made from glucose

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4 years ago

In 1980, a long dormant volcano, Mount St. Helens in Washington state, erupted violently. The eruption wiped out the forested la

xxMikexx [17]

Answer:

New vegetation and animals came to this place when the environment is suitable.

Explanation:

The ash and rock strewn surface began to undergo primary succession after few month when the soil is cool down because the soil has nutritive medium that helps the vegetation to grow on that land. In the primary succession, the new vegetation grows which is well suited to that environmental condition and uses the nutrients present in that soil for its growth and development. Many new organisms also came to this new landscape when the environment is suitable.

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3 years ago

Please explain how GMOs can be both helpful and harmful. go into detail

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GMOs can be helpful because they can be changed into being bug resistant. This would help because now we can produce more food. They can also be more helpful by making bigger fruits and vegetables. They can be harmful because they can make superbugs which would in turn just make the situation even worse. There have been studies on rats that ate foods with GMOs that would lead to living shorter. It has not yet been proven on humans.

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4 years ago

A ship is at anchor. Over its side hangs a rope ladder with rungs a foot apart. The

Triss [41]

Answer:

At the end of 6 hours, 6 feet of the ladder remained above water

Explanation:

we are given the following:

change in tide = 8 inches per hour

1 hour = 8 inches

∴ 6 hours = 8 × 6 = 48 inches

Now, since the length of the ladder is measured in foot, let us convert the rate of tide rising to foot.

12 inches = 1 foot

dividing both sides by 12:

$1\ inch=\frac{1}{12}\ feet\\ \therefore 48\ inches\ =\ 48\ \times \frac{1}{12}\\ =\frac{48}{12}\\ = 2 feet$

Therefore, after 6 hours, the tide rises by 2 feet.

Next, we are told that the rope ladder at the beginning was 8 feet, hence the length remaining above water after 6 hours of the rising of the tide is calculated as follows:

= 8 feet above water

height of tide = 2 feet = amount submerged in water

∴ length above water = (ladder before rising of the tide) - (amount submerged in water)

length above water = 8 - 2 = 6 feet

Therefore at the end of 6 hours, 6 feet of the ladder remained above water

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3 years ago