If you shoot 150 Grain @ 2800 fps it will drop -10.8 inches if sighted zero at 100 yards.
The bullet drop for a 30-06 150 grain bullet at 200 yards will vary based on the muzzle velocity of the specific load being fired. On average, you can expect around 6-10 inches of drop at 200 yards, depending on the specific characteristics of the ammunition and rifle being used. It's best to consult ballistics charts or use a ballistic calculator for a more accurate estimation.
The answer will vary with the weight/ velocity of the bullet. Using an average velocity 165 gr bullet, a 30-06 rifle zeroed at 200 yds will strike ABOUT 15 inches below line of sight at 350 yds.
At 800 yards, a .270 caliber rifle shooting a typical 130-grain bullet at a velocity of around 3,000 feet per second may drop around 40-50 inches, depending on factors such as bullet weight, ballistic coefficient, and environmental conditions. It's recommended to use a ballistic calculator or chart specific to your rifle and load for a more accurate estimate.
The bullet will drop due to gravity as it travels, causing it to miss the target. Using the kinematic equation (s = ut + \frac{1}{2}at^2) where (s = 100 m), (u = 200 ms^{-1}), and (a = -9.81 ms^{-2}) (acceleration due to gravity), you can calculate the time it takes for the bullet to reach the target. Once you have the time, you can use the equation (d = \frac{1}{2}at^2) to determine how much the bullet will drop vertically and hence how much it will miss the target.
The force of the rifle on the bullet and the force of the bullet on the rifle are equal in magnitude but opposite in direction, according to Newton's third law of motion. However, the mass of the rifle is much larger than the mass of the bullet, so the acceleration of the rifle is much smaller compared to the acceleration of the bullet.
1.5 inches
Depends on the loading, and the zeroed range. An 80 grain bullet zeroed at 100 yards will be about 10.2 inches below the line of sight at 300.
If the rifle is sighted in at 100 yards, at 300 yds the bullet will drop 24-25 inches below the aiming point.
That is going to vary based on what kind of "300" you are using, what the type and weight of the bullet is, what your initial velocity is, and at what distance you are sighted in for your far zero.
The bullet drop for a 30-06 150 grain bullet at 200 yards will vary based on the muzzle velocity of the specific load being fired. On average, you can expect around 6-10 inches of drop at 200 yards, depending on the specific characteristics of the ammunition and rifle being used. It's best to consult ballistics charts or use a ballistic calculator for a more accurate estimation.
Depends on the loading, and the zeroed range. An 80 grain bullet zeroed at 100 yards will be about 10.2 inches below the line of sight at 300.
The answer will vary with the weight/ velocity of the bullet. Using an average velocity 165 gr bullet, a 30-06 rifle zeroed at 200 yds will strike ABOUT 15 inches below line of sight at 350 yds.
At 1500 yards a 661gr bullet out of a 29in barrel will drop 967in., out of a 20in. barrel it will drop 1207in. This is according to Barrett on there web page. You will have to convert to meters.
The bullet drop for a 100-grain .243 Winchester round at 400 yards can vary based on several factors, including the bullet's ballistic coefficient, muzzle velocity, and environmental conditions. Generally, you can expect a drop of approximately 36 to 50 inches at that distance, assuming a typical zero range of 100 yards and standard atmospheric conditions. For precise drop calculations, using a ballistics calculator tailored to your specific load is recommended.
300 yards A pistol bullet can travel much further than 300 yards. On average, a pistol bullet can travel about a mile.
The drop of a .223 round varies based on factors such as the bullet weight, muzzle velocity, and environmental conditions. Generally, at 100 yards, the bullet may drop around 1-2 inches, while at 200 yards, the drop can increase to approximately 6-8 inches. Beyond that, the drop continues to increase due to gravity and ballistic trajectory, with significant drop occurring at distances over 300 yards. To get precise data, it's best to refer to a ballistic calculator specific to the ammunition used.
not much