2. The figure below illustrates a system in which operations occur as three consecutive clock cycles. Actions taking place in clock cycle 1 are scalable; that is, if the clock cycle time changes, the actions can be speeded up or slowed down correspondingly. In cycle 2, the action process 1 requires 25 ns and in clock cycle 3 the action process 2 requires 32 ns. If the clock cycle is less than the time required for process 1 or process 2, then one or more wait cycles have to be inserted for the process to complete (20 pts) Cycle 1 Cycle 2 Cycle 3 Clock Process 1 Process 2 25 ns 32 ns Cycle and process times What is the time to complete an operation if the clock cycle time is a. 50 ns b. 20 ns 2. The figure below illustrates a system in which operations occur as three consecutive clock cycles. Actions taking place in clock cycle 1 are scalable; that is, if the clock cycle time changes, the actions can be speeded up or slowed down correspondingly. In cycle 2, the action process 1 requires 25 ns and in clock cycle 3 the action process 2 requires 32 ns. If the clock cycle is less than the time required for process 1 or process 2, then one or more wait cycles have to be inserted for the process to complete (20 pts) Cycle 1 Cycle 2 Cycle 3 Clock Process 1 Process 2 25 ns 32 ns Cycle and process times What is the time to complete an operation if the clock cycle time is a. 50 ns b. 20 ns