2.4.5 Let the disk B2 have the cellular structure with t 0-cells, t 1-cells and one 2-cell. Compu...
2.4.5 Let the disk B2 have the cellular structure with t 0-cells, t 1-cells and one 2-cell. Compute the corresponding cellular chain complex and use it to compute the cellular homology of B2. This can be done over any field of coef- ficients, but you can choose to do the computation over F2 only. [If you know some group theory, you can view the matrices as homomorphisms betweern free abelian groups. You can then try to do the computation over the integers
2.4.5 Let the disk B2 have the cellular structure with t 0-cells, t 1-cells and one 2-cell. Compute the corresponding cellular chain complex and use it to compute the cellular homology of B2. This can be done over any field of coef- ficients, but you can choose to do the computation over F2 only. [If you know some group theory, you can view the matrices as homomorphisms betweern free abelian groups. You can then try to do the computation over the integers