Consider Figure Euclidean distance between points, and that e 2 and minpts 3 (a) List all the core points. (b) Is a directly density reachable from d? (c) Is o density reachable from i? Show the intermediate points on the chain or the and answer the following questions, assuming that we use the point where the chain breaks (d) Is density reachable a symmetric relationship, that is, if x is density reachable from y, does it imply that y is density reachable from x? Why or why not? (e) Isl density connected tox? Show the intermediate points that make them density connected or violate the property, respectively (f) Is density connected a symmetric relationship? (g) Show the density-based clusters and the noise points. 10 (t 1 23 45 6 78910 1 12 13 14 15 16 17 Consider Figure Euclidean distance between points, and that e 2 and minpts 3 (a) List all the core points. (b) Is a directly density reachable from d? (c) Is o density reachable from i? Show the intermediate points on the chain or the and answer the following questions, assuming that we use the point where the chain breaks (d) Is density reachable a symmetric relationship, that is, if x is density reachable from y, does it imply that y is density reachable from x? Why or why not? (e) Isl density connected tox? Show the intermediate points that make them density connected or violate the property, respectively (f) Is density connected a symmetric relationship? (g) Show the density-based clusters and the noise points. 10 (t 1 23 45 6 78910 1 12 13 14 15 16 17