There is no nitrogen in glucose.
To calculate the heat needed to vaporize 2.72 moles of nitrogen, you can use the heat of vaporization for nitrogen, which is approximately 199 kJ/mol. Multiply the number of moles by the heat of vaporization: [ Q = 2.72 , \text{moles} \times 199 , \text{kJ/mol} \approx 541.28 , \text{kJ} ] Therefore, approximately 541.28 kJ of heat is needed to vaporize 2.72 moles of nitrogen.
Well, to start off, neither glucose nor oxygen are needed to perform photosynthesis. They are both, in fact, byproducts of this process. During photosynthesis, glucose is made and used as a food source for plants. The oxygen is given off as a waste product. Photosynthesis does need some very important substances. One of which is Sunlight. Another is Water. But the third factor is Carbon Dioxide, not oxygen. Without these things, the plant could not survive.
1 mol of nitrogen per 1 mol of oxygen. NO2
To prepare a 10 ppm (parts per million) calibration gas in 100 mL of nitrogen, you need to calculate the amount of methanol required. Since 10 ppm means 10 mg of methanol per liter of gas, for 100 mL (0.1 L), you would need 1 mg of methanol. To achieve this, you can directly weigh out 1 mg of methanol and dilute it in the 100 mL of nitrogen.
Glucose is a sugar molecule. Much like what glucose does for your body, plants metabolize glucose to create CO2 water and energy. respiration: H20+C6H12O6=>H20+CO2+ATP(energy)
nitrogen make axx
Liquid Nitrogen Plants cost around 250 Million since all the equipment is needed plus all the inspections that will be needed.
Plant B makes 60 molecules of glucose every hour. To find out how much glucose plant B makes every minute, divide the amount of glucose made per hour by 60 minutes. Therefore, plant B makes 1 molecule of glucose per minute.
Glucose: C6H12O6
Honey reduces cortisol levels by reacting with the reagent IgA to release glucose. With too much glucose in the blood stream, cortisol is not needed in order to stimulate further glucose release.
70/78 aiR
first both wastes and needed materials,such as glucose,are filtered out of the blood.then,much of the needed material is returned to the blood,and the wastes are eliminated from the body
To calculate the heat needed to vaporize 2.72 moles of nitrogen, you can use the heat of vaporization for nitrogen, which is approximately 199 kJ/mol. Multiply the number of moles by the heat of vaporization: [ Q = 2.72 , \text{moles} \times 199 , \text{kJ/mol} \approx 541.28 , \text{kJ} ] Therefore, approximately 541.28 kJ of heat is needed to vaporize 2.72 moles of nitrogen.
first both wastes and needed materials,such as glucose,are filtered out of the blood.then,much of the needed material is returned to the blood,and the wastes are eliminated from the body
1. Both wastes and needed materials, such as glucose, are removed from the blood. 2. Much of the needed material is returned to the blood.
The air is already 78% nitrogen, so nitrogen doesn't pollute air. That being said, the nitrogen in air reacts under high heat and/or pressure such as an engine or combustion process to make nitrogen oxides which are toxic or can combine with water to make acid rain, or combine with reactive hydrocarbons in the presence of ultraviolet light to make photochemical smog.
A forty pound (40) bag is the amount of 25 percent nitrogen fertilizer needed for a 970 square foot bed.Specifically, calculate the amount of 25 percent nitrogen needed for a 1,000 square foot bed. Convert the 25 percent by multiplying it by 100 to get 4. Then divide 4 by 1,000 square feet to get 38.8 pounds.