No audio cable can transmit all frequencies completely without delay, but the delay is so small it's negligible in most real-world audio applications. Audio cables (especially analog ones like XLR, TRS, or RCA) transmit signals at nearly the speed of light—so the latency is typically measured in nanoseconds over short distances. This delay is imperceptible to the human ear. However, not all cables are created equal. Poor-quality cables may introduce signal degradation, especially at high frequencies, due to resistance, capacitance, or shielding issues. Over very long distances, certain frequencies may weaken slightly (especially in unbalanced cables), but again, the delay itself is not the issue—it's more about signal loss or interference. For critical audio setups, especially in professional studios or live environments, using high-quality, shielded cables ensures accurate frequency transmission with no audible delay or distortion.
Time delay relayA relay which responds to a signal with a certain delay. In some ignition systems, a time delay relay allows for full vacuum advance 20-30 seconds after start-up, after which control is again taken up by the TCS; some cars have an additional time delay relay which delays vacuum advance about 30 seconds after the transmission has been shifted to high gear
She pretends to die.
He does not want to tell Oedipus the painful truth.
hard real time systems are systems that cant tolerate any delay or if delay happens the whole system will be worthless soft real time systems are systems that can tolerate delay In Vechile we are using Hard RTOS. Soft RTOS using in Live telecasting, Flight updation...
the weather closed in on the axis forces earlier than they wanted; they were unprepared and suffered greatly.
No audio cable can transmit all frequencies completely without delay, but the delay is so small it's negligible in most real-world audio applications. Audio cables (especially analog ones like XLR, TRS, or RCA) transmit signals at nearly the speed of light—so the latency is typically measured in nanoseconds over short distances. This delay is imperceptible to the human ear. However, not all cables are created equal. Poor-quality cables may introduce signal degradation, especially at high frequencies, due to resistance, capacitance, or shielding issues. Over very long distances, certain frequencies may weaken slightly (especially in unbalanced cables), but again, the delay itself is not the issue—it's more about signal loss or interference. For critical audio setups, especially in professional studios or live environments, using high-quality, shielded cables ensures accurate frequency transmission with no audible delay or distortion.
If they can prove that the delay has caused them a loss, then yes.
Explain what caused the delay and apologise.
It was a trick by Hitler to lull Stalin into a false sense of security. He attacked anyway later (Barbarossa) and it became his Waterloo. He initially wanted land, ignoring the Capitol and it's significance, when he corrected himself the delay put him into wintertime which he was not prepared for. He also grossly underestimated Russian resistance. Later when invading Berlin, the US let the Soviets in first so they could get payback.
This is called "rubbernecking delay."
Delay jitter is caused by queuing, contention and sterilization effects on the path through the network.
It was a trick by Hitler to lull Stalin into a false sense of security. He attacked anyway later (Barbarossa) and it became his Waterloo. He initially wanted land, ignoring the Capitol and it's significance, when he corrected himself the delay put him into wintertime which he was not prepared for. He also grossly underestimated Russian resistance. Later when invading Berlin, the US let the Soviets in first so they could get payback.
If you are apologizing for the delay in your *reply*, then no. If you are apologizing for the delay to an e-mail caused by your mail provider, then possibly yes, but it should be "sorry for the delay *to* this e-mail" or similar.
Not very good, because Hitler and Germany still lost against the Soviet Union and the war.
Harry Potter 6.
The Russian winter made it his Waterloo.