Part 1: Simulate Conway's Game of Life. Count how many lights are on after 100 iterations.
Part 1: Simulate Conway's Game of Life. Count how many lights are on after 100 iterations.
Part 1: Given a list of containers of varying sizes and a total volume to contain, determine how many different combinations of containers match exactly the given volume.
Part 1: Given a list of target values of the form:
children: 3
cats: 7
samoyeds: 2
And a list of ‘Aunt Sues’, each with known values:
Sue 1: children: 1, cars: 8, vizslas: 7
Sue 2: akitas: 10, perfumes: 10, children: 5
Sue 3: cars: 5, pomeranians: 4, vizslas: 1
Determine which Sue has no unset but matching values.
For example, Sue 1 is invalid because children is 1 versus 3 and Sue 2 because children is 5 versus 3. Given only the values above, Sue 3 would be valid since there are no contradictions.
Part 1: Input is a list of ingredients of the form:
Frosting: capacity 4, durability -2, flavor 0, texture 0, calories 5
Candy: capacity 0, durability 5, flavor -1, texture 0, calories 8
A recipe score is a product of the positive quantity scores (ignoring calories), where each quantity score is the product of the quantity and that product for each product.
For example, 4 Frosting and 2 Candy above, would have a score of of -2 * 4 + 5 * 2 = 2 for durability and 0 * 4 + -1 * 2 = -2 (and thus ignored as we only accept positive scores) for a total thus far of 2.
Part 1: Given a list of running patterns of the form Comet can fly 14 km/s for 10 seconds, but then must rest for 127 seconds., determine who will be in the lead after 2503 seconds.
Part 1: Given a list of seating preferences of the form Alice would gain 54 happiness units by sitting next to Bob. find the seating arrangement which maximizes total happiness.
Part 1: Find the next string in Lexicographical_order that matches these rules:
ghi)i, o, or lPart 1: Given a list of distances between cities of the form London to Dublin = 464, calculate the shortest route that visits each city exactly once.