Answer:
1. Nitrogenase
2. converted, nitrification
3. Decayed, ammonification
4. Denitrification
5. nitrite reductase
Explanation:
The nitrogen cycle refers to the series of processes that adds and removes nitrogen from the soil or atmosphere. The series of processes involved in nitrogen cycle are being described in this question as follows:
- Atmospheric Nitrogen (N2) is converted to NH3 (ammonia) in a process catalyzed by the enzyme NITROGENASE in a process called nitrogen-fixation.
- NH4+ (ammonium ion) is converted to NO2- (nitrite) and then NO3- (nitrate) in a process called NITRIFICATION.
- Atmospheric nitrogen (N2) is decomposed or broken down to NH4+ (ammonium ions) as a result of a process called AMMONIFICATION.
- Nitrate is converted to atmospheric nitrogen (N2) in a process called DENITRIFICATION.
- Nitrite conversion to ammonium ion (NH4+) is catalyzed by an enzyme called NITRITE REDUCTASE
To learn about the world around us
Wood has <u>"potential"</u> energy while a burning fire has <u>"kinetic"</u> energy.
Potential energy is characterized as a put away vitality, while dynamic energy is found in movement. Kinetic energy can be seen on numerous scales, regardless of whether it's the vibrating of particles creating heat, or long wavelength radio waves. When taking a gander at energy it is critical to take a gander at the law of conservation of energy . This physics law expresses that vitality can't be made nor devastated, however can just change starting with one shape then onto the next (i.e. abandoning potential energy to kinetic energy ). On account of consuming wood, put away potential energy in the log is discharged because of warming by other energized molecules. This compound response is called combustion and requires oxygen.
The number of chromosomes that will be present in each of these daughter cells will be 30. This is the way the reproduction system continues for the germ cell. each germ cell is also going to contribute 30 chromosomes each.
Explanation:
Meiosis could be a specialized sort of organic process that reduces the body variety by 0.5, making four haploid cells, every genetically distinct from the parent cell that gave rise to them.
This method happens altogether sexually reproducing noncellular and cellular eukaryotes, together with animals, plants, and fungi. In meiosis, deoxyribonucleic acid replication is followed by 2 rounds of an organic process to supply four girl cells, every with 0.5 the number of chromosomes because of the original parent cell.
Because it produces sugar for humans and food for plants.
