 | Leonard Marshall - 1883 - 184 pages
...distance of 400 yards from the target, and 650 yards from the shooter, hears the shot strike the target 2J seconds after he hears the report of the rifle : find the velocity of the bullet and that of sound, supposing both velocities uniform. 211. Express the co-efficient of the tenth... | |
 | Henry Burchard Fine - Algebra - 1904 - 616 pages
...observer distant 600 yards from the target and 210 yards from the marksman hears the bullet strike 2rls seconds after he hears the report of the rifle. Find the velocity of sound and the velocity of the bullet, assuming that both of these velocities are constant. 20. A tank... | |
 | Henry Burchard Fine - Algebra - 1904 - 612 pages
...observer distant 600 yards from the target and 210 yards from the marksman hears the bullet strike 2^ seconds after he hears the report of the rifle. Find the velocity of sound and the velocity of the bullet, assuming that both of these velocities are constant. 20. A tank... | |
 | Albert Harry Wheeler - Algebra - 1914 - 280 pages
...yards distant. He hears the bullet strike 4 seconds after he fires. An observer standing 526 yards from the target and 300 yards from the marksman hears the...yards per second and also the velocity of the bullet, supposing each to be uniform. 59.Having given two alloys of the following composition : A, composed... | |
| |
An observer standing 526 yards from the target and 300 yards from the marksman hears the bullet strike 3 seconds after he hears the report of the rifle. 