Complete the table below to illustrate this scenario. Email Required Bandwidth (MB) Recipients/ Day Views of the Video 396 0 3 1188 0.1 9 3564 0.2 27 10692 0.3 81 32076 0.4 243 96228 0.5 729 288684 0.6 2187 866052 0.7 6561 2598156 0.8 19683 7794468 0.9 59049 23383404 1 177147 Write a function to model this data in which bandwidth, B, is dependent on the days since the video was uploaded, d for this data. Create a graph on the grid below to communicate the bandwidth requirements for each day based on this data. If the pattern in the number of views of the video were to continue as described in problems 1-4 the data would be as shown. Notice to make it easier to compare the various scenarios, only the data for the actual whole number days has been included in this table.
Complete the table below to illustrate this scenario. Day Email Recipients/ Views of the Video Required Bandwidth (MB) 0 3 396 0.1 9 1188 0.2 27 3564 0.3 81 10692 0.4 243 32076 0.5 729 96228 0.6 2187 288684 0.7 6561 866052 0.8 19683 2598156 0.9 59049 7794468 1 177147 23383404 Write a function to model this data in which bandwidth, B, is dependent on the days since the video was uploaded, d for this data. Create a graph on the grid below to communicate the bandwidth requirements for each day based on this data. If the pattern in the number of views of the video were to continue as described in problems 1-4 the data would be as shown. Notice to make it easier to compare the various scenarios, only the data for the actual whole number days has been included in this table.
A2_U3_LP_Modeling_with_Sequences.docx