Final answer:
The time frame for one cycle of a computer operating at 1 GHz is 1 nanosecond, which is calculated by taking the inverse of the frequency.
Step-by-step explanation:
The question asks for the duration of one cycle of a computer operating at 1 GHz. The frequency of 1 GHz is equivalent to 1×109 cycles per second. The time for one cycle, often referred to as the period (T), is the inverse of the frequency (f). To find the period, we use the formula T = 1/f. So, for a 1 GHz frequency, the time for one cycle is T = 1/(1×109 Hz). This calculates to a period of 1×10-9 seconds, or 1 nanosecond.
The time frame for 1 cycle of a computer operating at 1 GHz is 1*10^-9 seconds.
The time frame for 1 cycle of a computer operating at 1 GHz can be calculated using the equation:
T = 1/frequency
Since the frequency is given as 1*10^9 cycles per second:
T = 1/(1*10^9) = 1*10^-9 seconds
Therefore, the time frame for 1 cycle is 1*10^-9 seconds.