1. Define a function convert_to_coins that takes in a integer representing some dollar amount in cents (so 1267 would be passed in for $12.67). Your function will return a tuple with the lowest number of quarters (25 cents), dimes (10 cents), nickels (5 cents), and pennies (1 cent) necessary to represent that amount. Hint: This function does not require any loops or if statements. For Example: >>print convert_to coins (1267) 2. Define a function manhattan_distance that takes in two tuples representing (x,y) coordinates. Your function will return the manhattan distance (defined below) between the two provided coordinates. Hint: Use the built-in abs ( value function to get the absolute value of the x-difference and y-difference before adding them together The Manhattan distance between 2 points is the sum of the absolute differences of their Cartesian coordinates. The name alludes to the grid layout of most streets on the island of Manhattan, which causes the shortest path a car could take between two intersections in the borough to have length equal to the intersections' distance in taxicab geometry Example: As you can see below, the manhattan distance from (0, 0) to (3, 2) is 5. In Manhattan, the shortest possible path between two points is not a straight line