Not true. If the Earth was flat and had no atmosphere the longest range is acheived with a 45 degree elevation. With atmosphere and the Earth being spherical, the longest range is a bit lower (and such a complicated calculation that this was the first calculation routinely done by computers!)
The range of a projectile is influenced by factors such as the initial velocity, launch angle, air resistance, and gravity. A higher initial velocity and a shallower launch angle typically result in a longer range. Air resistance can decrease the range, while gravity affects the projectile's trajectory.
A lighter bullet tends to have a higher velocity and flatter trajectory, which can result in longer range compared to a heavier bullet with the same muzzle energy. However, heavier bullets often have better external ballistics, such as higher ballistic coefficients, which can help them maintain velocity and energy at longer distances, potentially traveling farther. Ultimately, factors like bullet design, velocity, and aerodynamics play a significant role in determining which bullet travels farther.
The release point of a thrown ball in baseball or softball affects the trajectory by determining the initial direction and angle at which the ball is launched. A higher release point typically results in a steeper trajectory, while a lower release point leads to a flatter trajectory. This can impact the distance the ball travels and how it moves through the air, influencing the pitcher's ability to control the pitch and deceive the batter.
As a convex lens becomes flatter, its focal length increases. This is because a flatter lens bends light rays less, causing them to converge further away before focusing, resulting in a longer focal length.
A howitzer is a type of artillery weapon that combines both long-range and high-angle firing capabilities. It fires shells at a high trajectory to reach targets behind cover or in trenches. The howitzer's barrel can be adjusted to different angles to vary the range and trajectory of the shell.
The .30-06 is 12mm longer, and has a flatter trajectory.
Longer (effective) range. Longer barrels on a firearm allow for more complete burning of the propellant, which results in a higher muzzle velocity, which in turn results in a longer effective range, when compared to an identical weapon with a shorter barrel.
Its longer cuz the longer the flatter the incline plane, and on flatter planes, the object presses more than on the shorter ( steeper ones)
The cartridge itself is. It has a flatter trajectory than the .308. As for the rifle itself, it all depends on the tolerances and build quality.
The range of a projectile is influenced by factors such as the initial velocity, launch angle, air resistance, and gravity. A higher initial velocity and a shallower launch angle typically result in a longer range. Air resistance can decrease the range, while gravity affects the projectile's trajectory.
A lighter bullet tends to have a higher velocity and flatter trajectory, which can result in longer range compared to a heavier bullet with the same muzzle energy. However, heavier bullets often have better external ballistics, such as higher ballistic coefficients, which can help them maintain velocity and energy at longer distances, potentially traveling farther. Ultimately, factors like bullet design, velocity, and aerodynamics play a significant role in determining which bullet travels farther.
The 340 offers as much energy as the 375 with a much flatter trajectory. Use good quality 250 grain bullets and you'll be able to knock down any brownie from any reasonable range without concern.
The release point of a thrown ball in baseball or softball affects the trajectory by determining the initial direction and angle at which the ball is launched. A higher release point typically results in a steeper trajectory, while a lower release point leads to a flatter trajectory. This can impact the distance the ball travels and how it moves through the air, influencing the pitcher's ability to control the pitch and deceive the batter.
The .300 Win Mag typically shoots farther than the .308 Winchester due to its higher velocity and energy, allowing it to maintain a flatter trajectory over longer distances. The .300 Win Mag is designed for long-range shooting and is often preferred for big game hunting at extended ranges. However, the effective shooting distance also depends on specific loads and individual shooting capabilities. Overall, for long-range performance, the .300 Win Mag is the superior choice.
As a convex lens becomes flatter, its focal length increases. This is because a flatter lens bends light rays less, causing them to converge further away before focusing, resulting in a longer focal length.
Yes, a .270 caliber round is larger than a .30-30 round in terms of bullet diameter. The .270 Winchester typically uses a bullet that is .277 inches in diameter, while the .30-30 Winchester uses a bullet that is .308 inches in diameter. However, the .30-30 is generally considered a heavier bullet for hunting, while the .270 is often favored for its flatter trajectory and longer range.
You'd have to define what you mean by "better", given that it's a very subjective term. The .300 WinMag is the more powerful cartridge, and has a flatter trajectory. However, it can be excessive at times, as well.