Some possible answers are: u<span>nrestricted growth, unlimited use of cars and building or extensive road networks. Unrestricted growth in a city means that there is often insufficient housing near the city centre, and people move outwards to find affordable housing. The use of cars along with extensive road networks has also provided people the ability to commute longer distances to work, resulting in more outlying residential areas. I would add lack of housing planning as another factor leading to housing prices near the city centre being unaffordable for most middle-class families.</span>
Answer:
Avalanches can completely destroy houses, cabins and shacks on its pathway. This force can also cause major damage to ski resorts near or on the mountain, as well as ski lift towers. Avalanches also can cause roads and railroad lines to close. The large amount of snow can cover entire mountain passes and travel routes
<span>When a bone breaks your body immediately begins working to heal it. Within the first hours of a fracture a blood clot forms around the break and special cells call phagocytes begin cleaning germs from the bone fragments. Then, a soft callus composed of collagen is created around the break. Next, a hard callus forms as osteoblast cells work to create new bone to aid in the reconstruction process. After all is said and done the bone is remodeled by cells called osteoclasts. The bone will be completely rebuilt in 3-9 years.</span>
Answer:
Glycolysis - cytoplasm
Kerb's cycle- mitochondrial matrix
Electron transport chain- inner mitochondrial membrane
Explanation:
Glycolysis is the first step of cellular respiration. The process of glycolysis occurs in the cytoplasm of the cell and this process is not dependent on oxygen. In glycolysis the glucose is partially oxidized into pyruvate molecules.
This pyruvate is fully oxidized in the Kreb's cycle which occurs in the matrix of mitochondria. NADH produced during the Kreb cycle and glycolysis feeds electron in the electron transport chain which is present in the inner mitochondrial membrane. This feeding of electron allows the formation of ATP and the process is called oxidative phosphorylation.