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Answer: ATP Adenosine triphosphate
Explanation: During light reaction plants produce glucose and as well as ATP and NADPH as another products. Now during the Dark or light independent reaction there is no presence of light energy to fuel the process so ATP is used as an alternative to fix CO2 molecules.
The laws of chemical combination describe the basic principles obeyed by interacting atoms and molecules, interactions that can include many different combinations that happen in many different ways. This amazing diversity of interactions allows for an astounding variety of chemical reactions and compounds.
Answer:
CO₂. Option B.
Explanation:
We can use the Ideal Gases Law to solve this question
Formula: P . V = n. R . T
First of all, we convert the T° from °C to K
T°C + 273 → 0°C + 273 = 273K
Let's replace data: 15 atm . 0.7462 L = n . 0.082 L.atm/mol.K . 273K
15 atm . 0.7462 L / (0.082 L.atm/mol.K . 273K) = n
0.500 mol = n
These moles are the amount for 22 g of gas. Let's determine the molar mass to find out the gas → molar mass = g/mol
22 g /0.5m = 44g/mol
This molar mass corresponds to CO₂
Answer:
heat is the movement from areas of <u>high </u>temperature to areas of <u>low </u>temperature
