Question 2 (20 points) Estimate (no programming needed) how much memory and how much computational power would be required to predict the weather, given two scenarios. I will post a video that explains these scenarios during reading break. a) Predict the weather for the next day. the size of Ontario at a resolution of 1km in two directions but at only 1km in height. Updates are to happen every minute, for a whole day. b) Predict the weather for an area the size of Canada, for a week, at a resolution of 100 km in two directions, and also, like in the first scenario, one layer for height. Your goal is to predict the weather for a week, calculating updates every 10 minutes. c) Is there a computer that is able to achieve these calculations in a day for Scenario a and a week for Scenario b? If yes, find a price for that computer. If not, estimate how long it will take to have such a computer available by looking at the performance development over time at top500.org For both scenarios, you can assume that you actually have a rectangular area and that you have to keep track of 6 variables: wind speeds, temperature, pressure, and humidity. Question 2 (20 points) Estimate (no programming needed) how much memory and how much computational power would be required to predict the weather, given two scenarios. I will post a video that explains these scenarios during reading break. a) Predict the weather for the next day. the size of Ontario at a resolution of 1km in two directions but at only 1km in height. Updates are to happen every minute, for a whole day. b) Predict the weather for an area the size of Canada, for a week, at a resolution of 100 km in two directions, and also, like in the first scenario, one layer for height. Your goal is to predict the weather for a week, calculating updates every 10 minutes. c) Is there a computer that is able to achieve these calculations in a day for Scenario a and a week for Scenario b? If yes, find a price for that computer. If not, estimate how long it will take to have such a computer available by looking at the performance development over time at top500.org For both scenarios, you can assume that you actually have a rectangular area and that you have to keep track of 6 variables: wind speeds, temperature, pressure, and humidity