Figure 2. Three explosive ‘mathematical’ shells are launched from the origin at the same
instant of time. The first shell is launched vertically, and the other two at an angle π/18
from the y-axis, one to the right and one to the left.
For all launches, V1=10.0ms−1. For
the vertical launch, V0 = 30.0 m s−1, while for the other two launches, V0 = 25.0 m s−1.
Isotropic explosions are assumed to occur at the maximum height each of the three
shells may reach
Figure 2. Three explosive ‘mathematical’ shells are launched from the origin at the same
instant of time. The first shell is launched vertically, and the other two at an angle π/18
from the y-axis, one to the right and one to the left.
For all launches, V1=10.0ms−1. For
the vertical launch, V0 = 30.0 m s−1, while for the other two launches, V0 = 25.0 m s−1.
Isotropic explosions are assumed to occur at the maximum height each of the three
shells may reach
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