1: Main charge. The bulk explosive of the device.
2: Initiator: Smaller charge (blasting cap or similar) used to detonate the main charge.
3: Power source: Battery or other device used to power the initiator
4: I don't remember if this is exactly right, but I believe the fourth component is the 'Trigger.' This is the component used to complete the circuit between the initiator and the power source. Can be any type of mechanical or electronic switch.
the four components of fire are heat, fuel, oxygen and the sustaining chemical reaction
the four components in T.L.E are *technology *livelihood *home economics;and *discipline
The four components comprised in PCOLS are EMMA, AIM, DM, RA
the computer, programs, data, and the users.
1: the steering wheel and column 2: the brakes 3: the gear or shift mechanism 4:and the accelerator
The PIES acronym in the context of an Improvised Explosive Device (IED) refers to the four components that are essential for its effectiveness: Power source, Initiation system, Explosive charge, and Switching mechanism. Each element plays a critical role in the functionality of the IED, enabling it to detonate as intended. Understanding these components is crucial for both the detection and neutralization of IEDs in military and security operations.
power source
Container
FALSE
An IED (Improvised Explosive Device) time switch is the component which is set to delay the explosion of the bomb. Other components require a fuse, container and the charge.
An IED (Improvised Explosive Device) time switch is the component which is set to delay the explosion of the bomb. Other components require a fuse, container and the charge.
multifaceted IED attack
Food has more than four components, however, it does have four main components, which are carbon, hydrogen, oxygen, and nitrogen.
What are the three types of IED
What are the three types of IED
what are the types of ied switch
In an improvised explosive device (IED), the components that typically create an electrical charge include a power source, such as batteries, and an initiator or detonator, which can be activated by an electrical current. The power source provides the necessary energy to trigger the detonator, which may use a fuse or an electric blasting cap. Additionally, other components like resistors and switches can be involved in controlling the circuit and ensuring the proper detonation sequence.