That depends on a lot more than the weight of the explosive.
The type of explosive
How it's packed
The material being fragmented
The shape of the fragments
To give you an illustration, a Mark II grenade (the "pineapple" one) has an effective injury radius of about 10 meters, but someone could still be injured by one 100 meters away.
Half a Mile
Tiny fragments can travel all the way around the earth from a 1-pound explosion.
they travel how far they want to
Fragments from a 1-pound explosion can potentially travel up to hundreds of feet, depending on factors such as the type of explosive used, the environment, and the presence of barriers. The size and weight of the fragments will also affect how far they can travel.
If the projectiles are small enough, they can travel around the world from a 1-pound explosion.
Depending on the material, it will be 1/2 mile CBRNE - 1/2 mile
Fragments from a 1-pound bomb can travel upwards of 300 feet, but factors such as the type of explosive, environment, and obstacles can impact the distance. The fragments can cause significant damage and injuries within this radius.
The smallest fragments of an explosion can cause damage over a wide area due to the high velocity at which they are propelled. These fragments carry significant energy and can travel far from the point of detonation, impacting objects and structures in their path. Additionally, the sheer number of fragments generated in an explosion increases the likelihood of widespread damage.
That depends on a lot more than the weight of the explosive. The type of explosive How it's packed The material being fragmented The shape of the fragments To give you an illustration, a Mark II grenade (the "pineapple" one) has an effective injury radius of about 10 meters, but someone could still be injured by one 100 meters away.
The difference in how far DNA fragments move through an agarose gel is primarily influenced by their size. Smaller DNA fragments navigate through the porous matrix of the gel more easily than larger ones, allowing them to travel further in a given time. Additionally, the gel concentration can affect the mobility of the fragments; higher concentrations create smaller pores that hinder the movement of larger DNA. Overall, this size-dependent mobility is used in techniques like gel electrophoresis to separate DNA fragments for analysis.
It depends on many factors, and as a result a simple answer cannot be given, the variables are, type of explosive, how the explosive force is focussed ie the amount of anergy irected in a given area, the density of the object, and the size of the object. Take the explosive force produced by a bullet, te projectile can travel hundreds of metres, sometime kilometers, because of the way te explosive force is contained and focussed, but take the same amount of explosive in open air, and the same projectile would only travel a few metres. Again replace the bullet with a material such as cork, and wouldnt travel very far. jomac
"Too far to travel for you"