When the height of an area increases by 100 meters, the temperature drops by 1.2 ℃. Xiaohong and Xiaoming designed a method to measure the height of the mountain peak. Xiaohong is at the foot of the mountain and Xiaoming is at the top At the same time, they measured the temperature of 2.5 ℃ and 0.1 ℃ at the foot and top of the mountain at 9 a.m

When the height of an area increases by 100 meters, the temperature drops by 1.2 ℃. Xiaohong and Xiaoming designed a method to measure the height of the mountain peak. Xiaohong is at the foot of the mountain and Xiaoming is at the top At the same time, they measured the temperature of 2.5 ℃ and 0.1 ℃ at the foot and top of the mountain at 9 a.m

Let the height of the mountain peak be x M
2.5-(x/100)*1.2=0.1
x/100=2.4/1.2
x=200
A: the peak is 200 meters high

When the height of a mountain area increases by 100 meters, the temperature drops by 0.8 degrees. Xiao Ming and Xiao Hong come up with a measurement method. Xiao Hong is at the foot of the mountain, Xiao Ming is at the top of the mountain, and a mountain area is high
When the height of a mountain increases by 100 meters and the temperature drops by 0.8 degrees, Xiao Ming and Xiao Hong come up with a method to measure it. Xiao Hong is at the foot of the mountain and Xiao Ming is at the top of the mountain. They measure 2.6 degrees at the foot of the mountain and - 2.2 degrees at the top of the mountain at 9 a.m. at the same time to calculate the height of the mountain!

Setting: the height of the mountain is x meters
X/100*0.8=2.6-（-2.2）
Solution x = 600
A: the mountain is 600 meters high

When the height of the mountain increases by 100 meters, the temperature drops by 0.80c. At the foot of Xiaoming mountain and the top of Xiaoliang mountain, they measured the foot of the mountain: 3.60c, the top of the mountain: - 4.40c, the height of the mountain?
0C is the degree centigrade. When the height of the mountain increases by 100 meters, the temperature drops by 0.80c. At the foot of Xiaoming mountain and the top of Xiaoliang mountain, they simultaneously measured the foot of the mountain: 3.60c, the top of the mountain: - 4.40c, the height of the mountain?

3.60-(-4.40)=8c
8 △ 0.8 × 100 = 1000 (m)

Xiaoming's temperature at the foot of the mountain is 4 ℃, Xiaogang's temperature at the top of the mountain is 2 ℃, and the temperature drops by 0.8 ℃ every 100 meters

(4-2) divided by 0.8 = 2.5
2.5x100 = 250 (m)