Lots of factors need to be taken into account:
* What angle does the bullet strike the object? * What is the mass of the object? If small it will move and absorb the energy. * What is the bullet made of? Does the deformation absorb the energy? * Is the object firmly fixed or movable? * How fast is the bullet moving?
Yes, bullets can ricochet from striking frozen ground, from water or any hard object.
A ricochet occurs when a bullet hits something it cannot penatrate.
ricochet means; that it is the rebound of something. often very loud....
Ricochet. Force changes direction.
not all the time but sometimes you can tell by the weight or sometimes you cant lift it to see how much mass is in it
Most are not.
when it penetrates the object the bullet stays the same,
In filmmaking, a bullet hit could be described as the special effect that shows the visual result of a bullet hitting something: a human, an object or whatever.
The trajectory of a bullet or any object is the Physics word for describing its path.Provided air resistance is ignored, the trajectory of a bullet will resemble a projectile motion path.
A bullet penetration kill is when you kill someone thru a solid object, like a wall.
you get a calculator and learn the correct formula
this is the code I always use:bullet = instance_create(obj_enemyBullet);// create the bullet and store the ID in a variablewith(bullet){//start running code in the bulletparentID = other.id;//set the enemy ID that is the parent to the bullet as a variable in the bulletdirection = (parentID).bulletDirection;//set the direction to a variable stored in the enemyspeed = (parentID).bulletSpeed;//set the direction to a variable stored in the enemy//etc.}obj_enemyBullet is the object name of whatever the the enemy is shootingbulletDirection is a variable in the enemy that contains the direction the bullet should movebulletSpeed is a variable in the enemy that contains the speed the bullet should movejust copy/paste this code into the event that triggers the bullet firing and account for the mentioned variables. Credit Dr. Sakuya