Answer:
The compression that caused the Himalayan Mountains to form happened slowly and deformed a large area.
Explanation:
The Himalayan Mountains are the tallest mountains in the world, but also among the most massive ones when it comes to the area they occupy. These mountains are considered as young mountains, as they are still growing and the process will not end in the near future. The plates that have collided to form these mountains are the Eurasian and Indo-Australian ones, with the Indo-Australian plate dividing later and now it is a collision between the Eurasian and Indian plates.
The process of forming the Himalayas was slow. It took tens of millions of years and as mentioned it is an ongoing process. With two continental plates colliding, a very large area along the plate boundary experienced deformation, where the crust over a vast area was and still is lifted up, thus gradually creating the Himalayas. These mountains are so big and located in a place where they have managed to act as barriers between civilizations of several different regions in Asia.
Explanation:
one way farmer have developed the land by using step farming
or In simply terms by terraforming
Answer:
hi
Explanation:
Herodotus wasn't the founder of modern geography
I think its d, because its not ice and is not being constantly added to because its just recycling
A- Graph B shows exponential growth of a population.
Graph B is a type of exponential equation where y=a(b)^x
"a" is the initial value that intercepts the y-axis in the above equation.
"b" is the value that every value thereafter is growing (multiplying by). Note, if "b" is 1- your value is not growing (since it is staying at it's original 100%). If "b" is, for example 1.5 your value is growing by 50% each time (1 gives you your original 100%, and the .5 gives you an additional 50% on top of that).
"x" is your input, and here it is the exponent because you are multiplying "b" to the power of your input for each value.