latitude and longitude describe locations on the earth with respect to the equator and prime meridian. the…

latitude and longitude describe locations on the earth with respect to the equator and prime meridian. the table shows the latitude and daily high temperatures on the first day of spring for different locations with the same longitude. temperature vs. latitude latitude (°n) 42 45 39 35 32 41 40 33 30 high temp. (°f) 53 41 67 63 70 58 61 67 72 which statement describes the slope of the line of best fit for the data? the temperature decreases by about 0.9° for each 1 degree increase north in latitude. the temperature decreases by about 1.7° for each 1 degree increase north in latitude. the temperature increases by about 0.8° for each 1 degree increase north in latitude. the temperature increases by about 1.3° for each 1 degree increase north in latitude.

latitude and longitude describe locations on the earth with respect to the equator and prime meridian. the table shows the latitude and daily high temperatures on the first day of spring for different locations with the same longitude. temperature vs. latitude latitude (°n) 42 45 39 35 32 41 40 33 30 high temp. (°f) 53 41 67 63 70 58 61 67 72 which statement describes the slope of the line of best fit for the data? the temperature decreases by about 0.9° for each 1 degree increase north in latitude. the temperature decreases by about 1.7° for each 1 degree increase north in latitude. the temperature increases by about 0.8° for each 1 degree increase north in latitude. the temperature increases by about 1.3° for each 1 degree increase north in latitude.

Answer

Explanation:

Step1: Enter data into calculator

Enter latitude values as (x -)values and high - temp values as (y -)values into a graphing calculator or statistical software.

Step2: Find the regression line

Use the linear regression function. Let the linear regression equation be (y = mx + b), where (m) is the slope. After calculating, we find that the slope (m\approx - 1.7). A negative slope means that as the (x -)value (latitude) increases, the (y -)value (temperature) decreases.

Answer:

The temperature decreases by about 1.7° for each 1 degree increase north in latitude.