Answer:
1) Comprehensive Environmental Response - Resource Conservation and Recovery Act
2) Requires minimum safety standards for community water supplies - Safe Drinking water Act
Explanation:
1) Resource Conservation and Recovery Act will cover everything on natural resources found under the ground like minerals (bitumen, zinc etc), on top of the ground like forest, Wild life, soil flora and fauna etc
2) Safe Drinking Water Act will cover safety concerns of drinkable water, the source and distribution of water as well.
Other options are as follows
Resource Conservation and Recovery Act will cover the regulations of mineral resources exploration.
Toxic Substances Control Act will cover the extent of release of toxic substances (liquid, solid or gas) into the environment. It will also contain safe limits of these toxic substances
Cellular Respiration occurs in 4 major stages: Glycolysis, NADH
degeneration, Citric acid (or Kreb's) cycle and Electron Transport
Chain. Glycolysis occurs in the cytosol or cytoplasm of the cell. If
oxygen is present, then the next three stages would occur, otherwise
lactic acid or alcohol fermentation would occur. NADH degenration and
Citric acid cycle occur in the matrix of the mitochondria while Electron
Transport Chain occurs in the intermembranal space of the mitochondria.
Most of cell respiration occurs in the mitochondria though. Hope this
helped!
I must say this is a very complete answer but if i might
add,of every part of a cell involved in cellular respiration,the only
organelle is the mitochondria meaning that is the answer.
Answer:
Double circulatory system
Explanation:
I do not see any diagram, so forgive me if I am wrong, but if we are talking about the circulatory system of a human, that is a double circulatory system.
Answer:
Alleles that are rare in the ancestral population (Germany) become common in the new population by random chance.
Explanation:
The founder effect is the change in the allele frequencies of a population by a chance event when a small group of individuals migrate from the large original population and colonize a new region. The gene pool of the Amish population is quite different from the original population as the colonizing individuals did not carry all the alleles and genes present in the original population.
The founder effect results in the expression of harmful recessive alleles that were otherwise masked in the heterozygous genotype of the original large population. Small colonizing population exhibits increased homozygosity and reduced genetic variations leading to the expression of rare diseases that were masked by heterozygosity in the large parent population.
