Which of the labeled structures breaks down food molecules to make ATP?the centrioles
the nucleus
the mitochondria
the Golgi bodies

Answers

Answer 1
Answer:

The mitochondria are the labeled structure that breaks down food molecules to make ATP.

The information regarding the mitochondria is as follows:

  • It is the membrane-bounded cell i.e. singular.
  • It generated the chemical energy that is required to power the biochemical reactions of the cell.
  • Also, the chemical energy should be generated via this that stored in the small molecule known as ATP.

Therefore we can conclude that the mitochondria are the labeled structure that breaks down food molecules to make ATP.

Learn more: brainly.com/question/16237582

Answer 2
Answer: it is mitochondria, the power house of the cell

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Which of the following is an exothermatic reaction a) dissolving sugar in wat
b)melting ice
c)oxidation of iron
D) dissolvin ammonium nitrate in water to cool the water

Answers

C, oxidation of iron is the right answer because an exothermic reaction releases energy by light or heat!

What is an electric circut with two or more current paths?

Answers

A parallel circuit is an electric circuit with two or more current paths

What are Earth's four interconnected global systems?

Answers

Answer:

Answer D

Explanation:

The Earth's system can be placed into four sub- groupings- : atmosphere, biosphere, lithosphere, and hydrosphere.

Answer:

Ocean, Land, Atmosphere, Life

Explanation:

Is a Daisy a prokaryote or a eukaryote

Answers

A daisy is a eukaryote. Because since the plant is a kingdom under the domain "Eukarya".
~Hope this helped! :)
A eukaryote. Eukaryote comes from Greek and means "real kernel"— eukaryotes have nuclei in their cells. Most complex organisms and basically all living things that you'll see with the naked eye are eukaryotes.

Chemist preformed Reaction of solid magnesium burning and found that the mass of the magnesium oxide what is greater than the mass of the magnesium. What is the reason behind this increase in math reaction of solid magnesium burning and found that the mass of the magnesium oxide what is greater than the mass of the magnesium. What is the reason behind this increase in mass?

Answers

Answer:

The magnesium reacted with the oxygen in the air.

Explanation:

For argument’s sake, let’s say that the mass of magnesium oxide was 3 g and that of the oxide was 5 g.  

The reaction was

            magnesium + oxygen ⟶ magnesium oxide

Mass:           3 g                                          5 g

Mass of oxygen = 5 g – 3 g = 2 g

The 3 g of magnesium must have combined with 2 g of oxygen to form 5 g of magnesium oxide.

How many molecules of CBr4 are in 250 grams of CBr4

Answers

Answer:- 4.54*10^2^3 molecules.

Solution:- The grams of tetrabromomethane are given and it asks to calculate the number of molecules.

It is a two step unit conversion problem. In the first step, grams are converted to moles on dividing the grams by molar mass.

In second step, the moles are converted to molecules on multiplying by Avogadro number.

Molar mass of CBr_4  = 12+4(79.9)  = 331.6 g per mol

let's make the set up using dimensional analysis:

250g((1mol)/(331.6g))((6.022*10^2^3molecules)/(1mol))

= 4.54*10^2^3 molecules

So, there will be 4.54*10^2^3 molecules in 250 grams of CBr_4 .