clock speed
In a modern washing machine, the wash, rinse and spin cycles are controlled by special purpose (embedded) computers.
No, it's constant because it depends on the mass, which is constant.
Repeated cycles through the washing machine with just plain water will do it.
A million machine cycles per second is equivalent to 1 MHz (megahertz). This measurement is commonly used to quantify the processing speed or clock speed of a computer's central processing unit (CPU). A higher MHz value generally indicates a faster CPU.
Technology
It has various cycles.
The LXI H200H is a high-performance machine designed for various applications, including industrial automation and robotics. It typically operates using a cycle-based system, where machine cycles refer to the basic operational units that the machine performs to execute tasks. Each cycle involves processing instructions, moving components, or completing specific operations, and the efficiency of these cycles directly impacts the machine's overall performance and productivity. Understanding the machine cycles is essential for optimizing operations and ensuring reliable performance.
RET instruction needs 3 machine cycles. One to fetch and decode the instruction(4 T states), and two more machine cycles(i.e. 2*3=6 T states) to read two bytes from the stack(stack is exterior to microprocessor, stack is in R/W memory, so to exchange data with stack needs machine cycles). Thus, RET instruction needs total 3 machine cycles and 10 T-states.
business cycles
Depending on the particular microprocessor, a machine cycle is the fetch or store of one (typically, one byte) native word. In the 8085, this is a byte fetch or store, plus the overhead in decoding and processing the instruction. In this case, the first machine cycle is four clock cycles, or T states, and subsequent machine cycles are three clock cycles, although certain instruction sequences, such as DAD, require two extra clock cycles.
What goes through cycles are women.... Also trees and animals.
1.7 * 10^9 = Clock Cycles