The explosive damage of one foot of detonating cord can vary based on the type and configuration of the cord, but generally, detonating cord is designed to produce a consistent and uniform detonation wave. Typically, a one-foot length of detonating cord can create a small but concentrated shockwave capable of initiating other explosives. However, the actual damage will depend on factors like the surrounding material, distance from the target, and the presence of other explosives. In practical terms, it's often used for precise applications rather than causing significant damage on its own.
Spastic dysarthria is caused by damage to the primary voluntary motor pathways, which originate in the frontal lobes of the brain and descend to the brainstem and spinal cord.
Small physical size when tape is rolled up - most are 5 meters or more long, 5 meters of cord is a big pile. A tape measure is stiff, a cord will stretch so accuracy is better, you can hook the end of a tape measure over it, walk all the way to the end to measure, a cord you would have to fit it (nail/tape) at one end first, so ease of use.
A cord that passes through the center of a circle is a diameter of that circle. And you've probably guessed that this is the largest cord of that circle.
The radius is a cord, is it not?
Yes, a cord that is a diameter always passes through the center of a circle. And it's also the longest cord of that circle.
Det cord or Detonating Cord does not have a RE Factor. PETN does. PETN is the explosive used inside the DET CORD.
Detonating cord, or det cord, is typically detonated using a blasting cap or a fuse. The blasting cap is attached to the end of the det cord, and when triggered, it creates a shock wave that travels along the cord, igniting it. The cord then detonates at a specific velocity, allowing for precise timing in demolition or blasting operations. Safety measures must be strictly followed when handling and detonating explosive materials.
The detonating cord explosive is spelled CordTex. There are several varieties- exact price would depend on variety and location. Standard 5 gram cord is about %1.75-$2.25 USD per meter. Sold in 500 meter rolls.
Detonating cord, or det cord, typically burns at a speed of approximately 21,000 feet per second (about 6,400 meters per second). This rapid burn rate allows it to effectively transmit a detonation signal to explosives over a distance. The exact speed can vary depending on the specific type of det cord and its construction. It's important to handle det cord with caution due to its explosive nature.
The highest VOD known to me is Octanitrocubane molecular formula: C8(NO2)8) at roughly 10,100 meters per second- however, it is at lab stage, and not in production. CL-20 is in limited production for research, with a VOD of 9,400 m/s. In broad production and use, PETN, used in detonating cord, has a VOD of 8,400 m/s. While VOD is an indicator of brissance (shattering effect) it does not always designate the highest energy per gram of explosive.
Depending on the severity of the injury - you could be paralysed from the point just below the damage.
Neck fracture can easily cause damage to the spinal cord, but this does not always happen, especially if the neck has been supported and immobilised quickly and properly.
It would be very very very unlikely that someone could end up paralyzed by sneezing. Paralysis is typically the result of spinal cord damage, sometimes the result of brain injury. However it would be incredibly difficult to achieve either spinal cord damage or a brain injury via sneezing.
parapalegia
Anythnig is possible, but it would likely have to have been a traumatic collision and injury.
When using an extension cord with a removable plug, it is important to ensure that the plug is securely attached to the cord to prevent any electrical hazards. Make sure the plug is compatible with the cord and that it is inserted fully and securely. Inspect the cord for any damage or fraying before each use, and avoid overloading the cord with too many devices. Always unplug the cord by pulling on the plug itself, not the cord, to prevent damage.
To safely and effectively run an extension cord under a door, you can use a door draft stopper or a cable protector to prevent damage to the cord. Make sure the cord is not pinched or crushed by the door, and avoid creating a tripping hazard. Additionally, check the cord for any damage or fraying before use.