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Bubble level for rifle
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<blockquote data-quote="4mesh063" data-source="post: 40976" data-attributes="member: 941"><p>How many times do I have to say it to you Dave? </p><p></p><p>You act as if I'm the one who is dense! </p><p></p><p>ROTATE THE CROSSHAIRS, NOT THE ELK!</p><p></p><p>I refered to the disparity in response to your question of why the drop number does not coincide with the error of impact on a 90 deg shot when the gun is laying on it's right. The answer is because the drop figure has the scope sight height accounted for in level fire, but when it is fired with the gun on a 90 deg cant to the right, the error is reduced by the fact that the barrel is now on the LEFT side of the sight line by 1.750" in your example. This is also necessary to account for, in all the angles of rotation &gt;0 - =90. These would be 2 part figures, found by using your Trig functions in relation to the 1.75" and the angle.</p></blockquote><p></p>
[QUOTE="4mesh063, post: 40976, member: 941"] How many times do I have to say it to you Dave? You act as if I'm the one who is dense! ROTATE THE CROSSHAIRS, NOT THE ELK! I refered to the disparity in response to your question of why the drop number does not coincide with the error of impact on a 90 deg shot when the gun is laying on it's right. The answer is because the drop figure has the scope sight height accounted for in level fire, but when it is fired with the gun on a 90 deg cant to the right, the error is reduced by the fact that the barrel is now on the LEFT side of the sight line by 1.750" in your example. This is also necessary to account for, in all the angles of rotation >0 - =90. These would be 2 part figures, found by using your Trig functions in relation to the 1.75" and the angle. [/QUOTE]
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