Follow the instruction posted to complete the following exercises. Students can get help by watching the class recordings and googling. It is a teamwork. Each team has one member submit one copy in BB. Exercise 1 following the steps described in the lecture notes, complete the following tasks and make several screenshots, at least one, on each task Task 1 Download and install git utilities Task 2: Get aima-python code Task 3. Download and install Anaconda Task 4: Setup running env Task 5: Run the search4e jupnb Problem 2: run the cell, path states(breadth first search(rl)) which is right before the Grid Problems block. Make screenshots to show your answer. Verify the answer manually by using the same algorithm to r1 Problem 3: run the cell path states(unifom.cost.scarch(rl)) which is right before the Grid Problems block. Make screenshots to show your answer. Verify the answer manually by using the same algorithm to rl Follow the instruction posted to complete the following exercises. Students can get help by watching the class recordings and googling. It is a teamwork. Each team has one member submit one copy in BB. Exercise 1 following the steps described in the lecture notes, complete the following tasks and make several screenshots, at least one, on each task Task 1 Download and install git utilities Task 2: Get aima-python code Task 3. Download and install Anaconda Task 4: Setup running env Task 5: Run the search4e jupnb Problem 2: run the cell, path states(breadth first search(rl)) which is right before the Grid Problems block. Make screenshots to show your answer. Verify the answer manually by using the same algorithm to r1 Problem 3: run the cell path states(unifom.cost.scarch(rl)) which is right before the Grid Problems block. Make screenshots to show your answer. Verify the answer manually by using the same algorithm to rl