A level-triggered clock responds to the continuous logic level of its input signal (high or low), while an edge-triggered clock responds to a specific transition in the signal (rising or falling edge). This means that a level-triggered clock continuously monitors the input signal level, while an edge-triggered clock only "notices" a change in the signal level at the edge.
A trigger is needed to initiate an explosion by providing the necessary energy or mechanism to start the chemical reaction within the explosive materials. Without a trigger, the stored potential energy in the explosive cannot be rapidly released to generate the intense heat, pressure, and shock waves characteristic of an explosion.
A conventional bomb typically contains an explosive material, such as TNT or RDX, a fuse mechanism to trigger the explosion, and a casing to contain and direct the blast. Additional components may include shrapnel, stabilizing fins, and timers for controlled detonation.
Land mines explode when pressure or disturbance triggers the detonation mechanism inside the mine. This could be from someone stepping on it, a vehicle driving over it, or even a nearby explosion. Once triggered, the explosive material inside the mine detonates, causing the explosion.
Pop is a palindrome for a small explosive sound.
An explosive trigger initiates a rapid chemical reaction leading to an explosion, while a non-explosive trigger initiates a process or event without causing an explosion. The choice of trigger depends on the intended outcome and safety considerations for the specific application.
This may indicate the time of detonation of an explosive device.
A wire to trigger an explosive or possibly a camera when you unwittingly pull it.
A clock input is a regular periodic pulse that can be used as a trigger to sequence timing-important activities.
A level-triggered clock responds to the continuous logic level of its input signal (high or low), while an edge-triggered clock responds to a specific transition in the signal (rising or falling edge). This means that a level-triggered clock continuously monitors the input signal level, while an edge-triggered clock only "notices" a change in the signal level at the edge.
No, an explosive typically requires a detonator or some other form of initiation device to trigger the explosion. The detonator provides the necessary shockwave or heat to initiate the chemical reaction within the explosive material and cause it to detonate.
it should produce a trigger pulse at a time.
No, a blasting cap is not a high explosive itself, but rather a small explosive device used to trigger a larger explosive charge. Blasting caps are sensitive explosives designed to initiate a controlled detonation in high explosives like dynamite or other blasting agents.
Any flame or electric spark will trigger this explosive reaction!
Many explosive devices consist of a primary and a secondary explosive. The primary consists of a small amount of an explosive that is very easily set off. The primary creates a small explosion that sets off the secondary explosive, which consists of a material that is much harder to set off; usually a primary explosive is the only way. The secondary explosive provides most of the energy of the device, with the primary simply being a trigger. The use of primary and secondary explosives allows for explosive devices that are less likely to go off accidentally.
Polonium itself is not explosive. It is a radioactive element that can spontaneously decay, emitting alpha particles. However, polonium can be used to trigger a fission reaction in a nuclear bomb as part of a beryllium-polonium initiator.
The primary use of a clock in flip flops is to provide the trigger pulse to the flip flop