Answer:
- law of superposition - Relative Dating
- important method for geologists - Absolute Dating, Relative Dating
- places historical events in their correct order - Relative Dating
- establishes how many years ago a given event took place - Absolute Dating
- radioactive decayused on rock strata - Absolute Dating
Explanation:
Absolute dating is an important process used by geologists. This process allows geoologists to determine the timing of a given factor in the environment. In other words, absolute dating allows a numerical age to be estimated for that factor or the age interval between factors, but without putting the factors' formation events in order. It is generally used to date chemical and physical elements present in artifacts and rocks.
Relative dating is also an important process for geologists, but it does provide a relative order of past events and does not provide a numerical age, like absolute dating. It is generally used to date rocks, surface deposits and fossils, often using the law of superposition as a basis.
Answer:
meiosis, hope this helped!
Explanation:
False; Melanin absorbs and dissipates the harmful UV rays that can damage the DNA of your skin cells. Keratin is a fibrous protein that helps to protect skin from abrasion.
The process of the detection of the natural stimuli by the nervous system of a person's body is known as feature detection. The feature detection cells are the group of neurons or a single neuron that has the code for any particular significant stimuli. The feature detection cells located near the rear side of a person's brain, when damaged will disable the ability of the person to perceive movements.
Hence, the answer is 'unable to perceive movements'.
Answer:
2-deoxyglucose poison has its effects during glycolysis, which only p...
Explanation:
2-deoxyglucose poison has its effects during glycolysis, which only produces 2 ATP, while Cyanide takes place during ETC which produces 34. If given the 2-deoxyglucose poison this would stunt the rest of the process very early on, so much so that no ATP could have been produced. So the ATP concentration would have decreased if given the other poison.
