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3 years ago

Peanut butter is made from peanuts, which are the seeds

1 answer:

5 0

The organic nutrient stored in peanuts come from the peanut plants whereby peanut plants use sunlight to change inorganic matter into organic nutrients.

Option B is correct.

Inorganic matters are components of the soil as well as the CO₂ present in the soil. Thus, peanut plants use these inorganic matters together with the sunlight to carry out photosynthetic activities to manufacture food to the peanut plant so that the peanut plant can germinate, flower, and produce peanuts.

The process of the change of the inorganic matter to organic nutrients are as follows:

Peanut plants → peanuts → Peanut butter.

(inorganic material present) (organic nutrients) (processed peanuts)

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What is the wavelength in meters of a proton (mass = 1.673 x 10-24 g) that has been accelerated to 5% of the speed of light?

Molodets [167]

Explanation:

since it has been accelerated to 5℅ of the sleec of light then

v= 5/100 × (3× 10^8)

after getting velocity you'll substitute the values in the formula

de Broglie wavelength= h/mv

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aorry I don't hav my calc with me

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3 years ago

For each mole of glucose (C6H12O6) completely oxidized by cellular respiration, how many moles of CO2 are released in the citric

topjm [15]

Answer:

Step-by-step explanation:

The reactions are:

Glycolysis: 1 glucose ⟶ 2 pyruvate

Link reaction: 2 × [1 pyruvate ⟶ 1 acetyl CoA]

Citric acid cycle: 2 × [1 AcetylCoA ⟶ 2 CO₂]

Now, add the reactions, cancelling species that occur on both sides of the reaction arrow,

1 glucose ⟶ 2 pyruvate

2 pyruvate ⟶ 2 acetyl CoA

2 AcetylCoA ⟶ 4 CO₂

Overall : 1 glucose ⟶ 4 CO₂

For each mole of glucose, four molecules of CO₂ are released in the citric acid cycle.

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3 years ago

The energy of the ground state in the bohr model is -13. 6 ev. the energy of the n = 2 is:_______

vlabodo [156]

Bohr's model explained the position of the electron, proton, and neutron in the atom of the element. The energy at the n = 2 level of the atom will be - 3.40 eV.

<h3>What is the principal quantum number (n)?</h3>

The principal quantum number (n) has been the distance of the electron of that atom in the nucleus and its energy in the structure. It can also be said to define the size of the atomic orbit.

n = 2 is the first excited state whose energy is calculated as:

Eₙ = − 13.6 ÷ n² eV

E₂ = - 13.6 eV ÷ 2²

= -3.40 eV

Therefore, -3.40 eV is the energy of electron at n = 2.

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2 years ago

If I have 20g of Sodium, how many moles of Sodium Oxide (Na2O) can be made?

Vika [28.1K]

Mass:20g

Mole=20/[2(23)+16]
=0.32 mil

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4 years ago

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