The gradient between locationB and location D can be calculated by dividing the change in elevation by the horizontal distance.
The gradient between location B and location D is a measure of the steepness of the slope between these two points. It is calculated by dividing the change in elevation between the two locations by the horizontal distance between them. To find the approximate gradient, you can use the formula:
Gradient = Change in elevation ÷ Horizontal distance
For example, if the change in elevation between B and D is 200 meters and the horizontal distance is 500 meters, the approximate gradient would be:
Gradient = 200 meters ÷ 500 meters = 0.4
#SPJ3
Answer: 25 ft/mi
Explanation:
bc i had the same question and got it correct lol
Answer:
The correct answer is: Alfred Wegener.
Explanation:
Alfred Wegener (1880-1930) was a German polar researcher, meteorologist and geophysicist, and a first person who suggested that the continents were once a supercontinent called Pangaea, but slowly drifted apart.
Answer:
Explanation: It would be useful in helping plan the future of a community, since through it people can better understand their environment, as well as their collective existence in space and their differences with other groups. Also to recognize the landscapes that surround them and the new technologies that are attached to obtain better geographic information. This science will allow next generations in the future to know better territorial planning and urban development to plan the future of a community.
c. North Sea
b. the Atlantic Ocean
d. the Caribbean Sea
Answer:
It would be the Atlantic Ocean
Answer: adjacent to the rivers
Answer: adjacent to the rivers
Explanation:
adjacent: something that is next to something else something that is close to another person,place,or thing