Complete the blanks in the following question with the appropriate answer. Luke has just bought 7 disk drives and grouped them together into a single logical drive so he could back up all funny cat pictures from the internet. Luke's drive usage can be described as a sustained workload of 200,000 write operations per second with following distribution: 512 bytes-20% of all operations 1024 bytes-30% of all operations 3. 4096 bytes . 40% of all operations 4, 16384 bytes-10% of all operations Each write operation appends sequentially to an individual drive, and the load is evenly distributed among all drives. There is no compression, garbage collection, or redundancy elimination involved. Assuming each drive has a capacity of exactly 513 GiB GB 1024 M 1 MiB 1024 G 1 1024 bytes), how soon w! Luke's a ray be filed from completely empt to 86% at that o nt Luke should probably consider y n more disks)? Please round the answer to minutes Answer: minute Complete the blanks in the following question with the appropriate answer. Luke has just bought 7 disk drives and grouped them together into a single logical drive so he could back up all funny cat pictures from the internet. Luke's drive usage can be described as a sustained workload of 200,000 write operations per second with following distribution: 512 bytes-20% of all operations 1024 bytes-30% of all operations 3. 4096 bytes . 40% of all operations 4, 16384 bytes-10% of all operations Each write operation appends sequentially to an individual drive, and the load is evenly distributed among all drives. There is no compression, garbage collection, or redundancy elimination involved. Assuming each drive has a capacity of exactly 513 GiB GB 1024 M 1 MiB 1024 G 1 1024 bytes), how soon w! Luke's a ray be filed from completely empt to 86% at that o nt Luke should probably consider y n more disks)? Please round the answer to minutes Answer: minute