Answer:
- shows isobars
- was probably used by meteorologists
Explanation:
The map that is show was a map that was probably made and used by meteorologists. It is a map that that shows isobars, thus it is a map that represents the air pressures across the US and Canada. We can see the air pressure zones, some of which high, some of which low. These maps are often used when the weather information is concluded about certain areas, as the air pressure is directly connected with the temperature, and the movement of the air masses.
They contain fluorine atoms, carbon atoms and chlorine atoms.
Answer:
Explanation:
They are mostly soluble earth materials.
Dissolved loads are products of chemicals weathering.
Examples are dissolved soil minerals, dissolved rock minerals etc.
The products of chemical weathering of rocks dominate the dissolved loads in a stream. Most of these materials are in solution and can travel very far away unless they become precipitated.
Answer:Through relocation diffusion, Christianity first diffused from its hearth.
Explanation: Christianity originated from Judea, in the Roman Empire. When people soon moved out, the people who believed in this religion shared it to others around them. This shows relocation diffusion, “ The spread of an idea through physical movement of people from one place to another.”
Answer: As a creator, one can understand the changes in the environment and can create an animal according to those changes.
Explanation:
The animal can experience change in temperature, difficulty in obtaining food, mates, water, and shelter. Animal that lives in cold environment must have thick coat, thick fur, hard claws so that cold ice cannot be felt by the animal, must have similar color as that of the snow or ice so as to protect oneself from the predators by mimicking the color of the ice, or can camouflage prey by remaining undetected. Animal must have appreciable amount of fat to keep the body insulated in otherwise cold environment. Such an animal can also hibernate when there is extreme cold condition.