1. Using the 4-quarter moving average: What is the forecast for 32022,4Q2022,1Q 2023, and 2Q2023 1. Using the 4-quarter moving average: What is the forecast for 3Q2022,4Q2022,1Q 2023, and 2Q2023 2. Compute the forecast for 3Q2022,4Q2022,1Q2023, and 2Q2023 using exponential smoothing (start with 3Q 2022) with a smoothing factor of .7. 3. Which forecast method provides a more accurate forecast? 4. Compute the forecast for 3Q2022,4Q2022,1Q2023, and 2Q2023 using a weighted moving average technique. The most recent period is weighted at .45 , second most recent at .4 , and 3rd most recent at .1 and 4th most recent at .05 . 5. Compare the results from 4 to the results from 1 and 2 . Now which forecast provides the more accurate forecast? 6. If the exponential smoothing is calculated using a smoothing factor of . 6 will the forecast error be smaller or larger? 1. Using the 4-quarter moving average: What is the forecast for 32022,4Q2022,1Q 2023, and 2Q2023 1. Using the 4-quarter moving average: What is the forecast for 3Q2022,4Q2022,1Q 2023, and 2Q2023 2. Compute the forecast for 3Q2022,4Q2022,1Q2023, and 2Q2023 using exponential smoothing (start with 3Q 2022) with a smoothing factor of .7. 3. Which forecast method provides a more accurate forecast? 4. Compute the forecast for 3Q2022,4Q2022,1Q2023, and 2Q2023 using a weighted moving average technique. The most recent period is weighted at .45 , second most recent at .4 , and 3rd most recent at .1 and 4th most recent at .05 . 5. Compare the results from 4 to the results from 1 and 2 . Now which forecast provides the more accurate forecast? 6. If the exponential smoothing is calculated using a smoothing factor of . 6 will the forecast error be smaller or larger