When measuring the wind speed of a hurricane or similar storm, meteorologists don't want to get hit by flying debris. They use a measure available to them in the comfort of their TV studio. Luckily for the meteorologists, the barometric pressure is linearly related to the wind speed. Suppose scientists compared the wind speeds and barometric pressure readings of two severe storms over the Atlantic Ocean. For one of the storms, the barometric pressure was 1,000 mb (millibars), and the maximum wind speed was 100 kmh (kilometers per hour). The second had a barometric pressure of 960 mb and maximum wind speeds of 180 kmh.

See below

Step-by-step explanation:

Continuation of question:

a) Since the relationship is linear, we'll build a formula using the two points

(1000, 100) and (960, 180)

Slope-intercept form

Finding the slope and y-intercept:

So the function is

b) x = 980

Using the function to find the wind speed:

c) y-intercept is acting as correlation to barometric pressure demonstrating absolute wind speed in case zero barometric pressure (impossible in natural condition)

d) Negative slope demonstrates decreasing wind speed as barometric pressure increases

answer: are you

step-by-step explanation:

76%

step-by-step explanation:

24% are dogs and the remaining is 76% because 100-24=76