Final answer:
a. The average temperature for January is 62°F and for February is 67.75°F. b. The temperature differences between the corresponding days in January and February are 5°F, 6°F, 6°F, and 6°F. c. The highest temperature among the two matrices is 70°F for both January and February. d. The day with the lowest temperature in January is the first and second days.
Step-by-step explanation:
a. To calculate the average temperature for each month, we need to sum up the temperatures for each month and divide by the number of days. Let's assume the matrix for January is [61, 61, 62, 64] and for February is [66, 67, 68, 70]. The average temperature for January is (61+61+62+64)/4 = 62°F, and the average temperature for February is (66+67+68+70)/4 = 67.75°F.
b. To calculate the temperature difference between the corresponding days in January and February, we subtract the January temperature from the February temperature for each day. The temperature difference for the first day is 66°F - 61°F = 5°F, for the second day is 67°F - 61°F = 6°F, for the third day is 68°F - 62°F = 6°F, and for the fourth day is 70°F - 64°F = 6°F.
c. To determine the highest temperature among the two matrices, we compare the maximum temperature for each month. In this case, the highest temperature is 70°F for both January and February.
d. To identify the day with the lowest temperature in January, we look for the minimum temperature in the January matrix. In this case, the lowest temperature is 61°F, which occurs on the first and second days of January.