If the mitochondria were removed, everything would begin to function more slowly. This would be due to the lack of energy.
The demand for a luxury good which when purchased would exhaust a significant portion of one's income would be considered relatively price elastic. Elasticity measures how responsive a particular economic variable is to a change in another economic variable.
Elastic goods are goods where a change in price leads to a change in the quantity demanded. Examples of this would be clothes. If Store X raised their prices, the public would substitute and buy clothes from Store Y instead. Inelastic goods are where a change in the price does not lead to a significant change in the quantity demanded. A good example of this would be medicine. Even if a pharmaceutical company increases their prices, their customers STILL need their medication, so they will still purchase it at the higher price. A change in elasticity can arise from the market for certain products expanding. A good can become more elastic if more substitute goods are introduced to the market. On the other hand, a good can become more inelastic if substitute goods are taken off the market.
take away money and make it all free
A movement along the demand curve for toothpaste would be caused by an increase or decrease in the price of toothpaste. This change would then lead to a change in the quantity demand.
A change in the price of a substitute good
If all the mitochondria were removed from a cell it would no longer be able to function. This is because the mitochondria produces the energy for the cell.
Without mitochondria, the cell would not be able to produce ATP through aerobic respiration, which is the main source of energy in most cells. The cell would rely on anaerobic respiration to produce limited amounts of ATP, resulting in lower energy output and potentially cell death if energy demands are not met.
Muscle cells, especially those found in the heart and skeletal muscles, require a significant amount of energy to perform their functions. Therefore, they would need to have more mitochondria to meet their high energy demands.
mitochondria is the power house of a cell,it is responsible for the synthesis of atp in the cell, sperms cells need not only energy for catabolism but also for their motility inside the female reproductive system. hence when the mitochondria is removed, the cell will be functionless or you can say partially dead.
1000.00 has four significant digits. Basically the total amount of significant digits will be the amount of numbers it needs to retain the same value. I.e. 126.26 has 5 significant digits, because you need all 5 to make the same value. 120.00 has three significant digits, because .00 if removed would not change the value of the number.
you cant lose your mitochondria but if you could you would die
The plant cell would not be able to produce energy efficiently through cellular respiration, resulting in decreased growth and metabolism. The cell might rely more on other energy production processes like glycolysis, but overall, its functioning would be severely compromised due to the lack of mitochondria.
Mitochondria are fundamental for energy production (in the form of ATP), so without mitochondria the quantity of "energy" that can be produced will be substantially reduced. In mammals, both red blood cells and white muscle fibres are in the situation that they lack mitochondria. So, In terms of their cellular respiration, they can only proceed as far as Glycolysis which takes places the cell's cytoplasm. Cells with mitochondria can proceed to the TCA Cycle (or Krebs' cycle) stage of respiration, which takes place in the matrix of the mitochondria, and then to the final stage of respiration - The Electron Transport System which takes place in the cristae of the mitochondria.
Indeed it does and if a rock hits you on the nose you could have a crooked nose and that would be a significant change.
Mitochondria as the heart requires a lot of energy.
A green plant would no longer be able to perform aerobic respiration, as mitochondria are the organelles responsible for this process. This would result in a lack of ATP production, which is essential for providing energy for the plant's cellular processes. The plant would likely be unable to grow, develop, or carry out essential functions, ultimately leading to its death.
It is directly behind the radiator. To change this the radiator would have to be removed and emptied in order to change it.