The answer is simply: A the other person is too confusing...
B. Photograph the impression, Frame the impression, pour the cast, remove the cast.
C. Frame the impression, Pour the cast, remove the cast, photograph the impression.
D. Pour the cast, remove the cast, clean the cast, Photograph the cast.
The correct order when casting a soil impression is: frame the impression, photograph the impression, pour the cast, remove the cast, clean the cast.
The correct order of steps to be taken when casting a soil impression is as follows:
This ensures that the soil impression is properly preserved and documented for analysis in forensic investigations.
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The specific genetic makeup of an individual is their genotype.
The specific genetic makeup of an individual is their genotype. Genotype refers to the set of genes that an individual possesses that determine their traits.
The specific genetic makeup of an individual is their Genotype. The term 'genotype' in genetics refers to the entire set of genes that an organism carries. It is the inherent information coded in an individual's DNA which determines their inherited traits. This genetic makeup is obtained from the parents and is responsible for various characteristics the individual possesses, such as hair color, eye color, and height. For example, for a plant, the genetic makeup (genotype) could represent the combination of alleles for a specific trait, like 'Tt' for plant size where 'T' is the dominant allele representing tallness and 't' is the recessive allele representing dwarfism.
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Answer:
Resting potential is when there are more positively charged ions outside the cell than there are inside the cell, and this is the regular state.
Threshold potential is when there is a triggering event that depolarizes the cell body, where positively charged ions enter the cell body at a rapid rate.
Depolarization is when the membrane potential gets smaller, and the cell begins to equalize itself on the inside and out. Positively charged ions enter the negatively charged axon, resulting in the cell being positively charged.
Repolarization brings the cell back to its resting potential - the ion gates of the cell close, keeping the positively charged ions out, while the potassium gates remain open.