Answer:
C) salt enters microorganisms causing them to dry out and shrivel
Explanation:
Salt drains water out of cells through osmosis. Basically, water moves across a cell membrane, since it tries to equalize the salt concentration on both sides of the membrane. The more salt you add, the more water will be removed from a cell, therefore for it will be harder for it to stay alive or reproduce.
High concentration of salt kills microorganisms that decay food - and eventually may cause disease. 20% salt concentration kills bacteria. Lower concentrations avoid to a certain extent microbial growth until you get down to the cells' salinity of the cells - which might cause the opposite: providing ideal reproducing conditions.
The correct answer is working memory.
Working memory is a type of short-term memory that can hold a limited amount of information, while simultaneously utilizing that information and manipulating it to perform a task or solve a complex cognitive problem. Working memory is also involved in encoding, storing and retrieving memories.
They felt that it gave the federal government 2 much power.
Answer:
Behaviorism
Explanation:
This is an example of classical conditioning. Ivan Pavlov was a russian scientist in the late 19th century who experimented salivation of dogs. He observed that salivating in the present of food was an unconditioned reflex, while salivating for person which dogs related with food is a conditioned reflex.
During his experiments, when he entered the room dogs salivated because they associated his presence with food, even though he was not carrying food.
