Answer:
Formation volume factor = 1.36
The solution gas-oil ratio = 0.00356
Explanation:
Given Data;
Volume of oil reservoir = 227.0 cc
Volume of oil in the tank = 167.4 cc
Separator production = 0.537 scf
Stock tank production = 0.059 scf
formation volume factor of the oil =?
The solution gas-oil ratio = ?
1. Formation volume factor is calculated using the formula;
Formation volume factor = volume of oil reservoir/volume of oil stock tank
Substituting, we have
Formation volume factor = 227.0/ 167.4
= 1.36
2. The solution gas-oil ratio can be calculated using the formula;
The solution gas-oil ratio= total gas in scf/volume of stock tank
= (0.537 + 0.059)/167.4
= 0.596/167.4
=0.00356
Answer:
1.12 x 10²³atoms of F
Explanation:
Number of MgF₂ atoms = 5.6 x 10²² molecules;
The unknown here is the number of Fluorine atoms found in the compound.
In MgF₂,
1 mole of MgF₂ contains 2 moles of F;
From the given number of molecules we can also say that, MgF₂ contains 5.6 x 10²²atoms;
1 mole of MgF₂ contains 2 moles of F;
5.6 x 10²²atoms of MgF₂ will contain 2 x 5.6 x 10²² = 1.12 x 10²³atoms of F
Answer: fluted filter paper has more surface area suitable for collecting solid
Explanation:
Answer:
The answer is C
Explanation:
She should make the parachutes smaller in order to decrease the drag forces on the car and bring it to a stop 400 meters after crossing the finish line.
The rate of reaction that can be measured in the dark by determining the amount of oxygen gas consumed in a period of time is the rate of respiration.
Why?
Plants can undergo two types of reactions involving oxygen:
- <u>Photosynthesis: </u>In this type of reaction, plants use energy from light to synthesize glucose. The chemical reaction for photosynthesis is: 6H₂O + 6CO₂ → C₆H₁₂O₆ + 6O₂, and this reaction produces oxygen gas in the presence of light, that means that to measure the rate of photsynthesis, you'll need to measure the amount of oxgen gas <u>produced</u> in a period of time.
- <u>Respiration:</u> In this type of reaction, plants convert the energy stored in the chemical bonds of molecules such as glucose to obtain energy. The chemical reaction for respiration is: C₆H₁₂O + 6O₂ → 6H₂O + 6CO₂, since this reaction consumes oxygen gas in the dark, that means that to measure the rate of respiration, you'll need to measure the amount of oxygen gas <u>consumed</u> in a period of time.
Have a nice day!
