Bullet lead with given parameters

In summary, the conversation discusses creating a targeting system similar to the M1 Abrams tank main gun aiming system. The system will not take into account wind velocity and will focus on World War 2 aircraft gun velocities, including 0.5 caliber, 20mm mg 151, 30mm mk 108/103, and hispanos, at ranges from 10 meters to 5 kilometers.
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gr3gthepilot
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TL;DR Summary
I am creating software that gets the following parameters ( bullet velocity, ballistic coefficient of a bullet, distance to the target, my velocity, enemies velocity) the program needs to calculate where to shoot to hit the enemy. I need an equation that calculates that After countless hours of wasted googling, I decided to ask you all, maybe some of you will be able to help.

Thank you for any help you give
:)
 
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berkeman said:
Welcome to PF. :smile:

Kind of like the M1 Abrams tank main gun aiming system?

https://en.wikipedia.org/wiki/M1_Abrams#Aiming

Are you wanting to include wind velocity? What ranges and round velocities are you thinking about?
Yes kind of like abrams aiming system , no wind and WW2 Aircraft gun velocities (0.5cals, 20mm mg 151, 30mm mk 108/103, hispanos etc.) And ranges from 10m to 5km
 
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FAQ: Bullet lead with given parameters

What is bullet lead?

Bullet lead is a type of lead alloy commonly used in the manufacturing of bullets for firearms. It is composed of lead, antimony, and tin, and its specific composition can vary depending on the manufacturer and intended use.

How is bullet lead analyzed?

Bullet lead is typically analyzed using a technique called neutron activation analysis, which involves bombarding the sample with neutrons and measuring the resulting gamma rays. This allows for the detection and quantification of trace elements, which can help identify the source of the bullet lead.

What parameters are important when analyzing bullet lead?

The most important parameters when analyzing bullet lead are the composition of the lead alloy, the presence and concentration of trace elements, and the isotopic ratios of certain elements. These parameters can provide valuable information about the source of the bullet lead and potentially link it to a specific manufacturer or batch.

How is bullet lead used in forensic investigations?

Bullet lead analysis can be used in forensic investigations to determine if a bullet found at a crime scene was fired from a specific firearm. By comparing the composition and trace element concentrations of the bullet lead to those of known samples from firearms, investigators can determine if there is a match and potentially link the bullet to a specific gun.

What are the limitations of bullet lead analysis?

While bullet lead analysis can provide valuable information in forensic investigations, it is not a foolproof method and has some limitations. The composition of bullet lead can vary greatly between manufacturers and even within batches, making it difficult to definitively link a bullet to a specific source. Additionally, contamination of the sample or errors in the analysis process can also affect the results.

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