Answer:
Atmospheric Pressure = 739.2 millibars
Step-by-step explanation:
To answer this question one should assume that Mangamaunu Beach is at sea level ( altitude = 0 m) and that the summit of Manakau is at 2608 meters.
The change in atmospheric pressure with altitude in the first 5 km can be roughly represented by a linear relationship with slope "m" as follows

Giving the following equation:

Applying for Height = 2608 m

Ok i) The equation for a slope is y= mx + c where m is the gradient and c the y-intercept. Ok so the gradient is the y rise / x run. You have selected -2 to 4. The rise is -2 and the run is 4. -2 / 4 = -0.5. So y = -0.5x - 2
ii) (0, -2)
iii) I think this one number i). Ill do i) here, -0.5
-13 and -5 hope this helps???
Sorry if it's wrong OnO''
Answer:
b < = 65 <u><</u>
Step-by-step explanation: