answer 209.72 ANS: See Figure 1(b), assuming now a thin wall is built 100 m away from the target, determine the minimum height of the wall that will prevent the cannon (launched at v = 100 m/s) from hitting the target at any launch angle 0. (c) wall v = 100 m/s target castle Figure 1(b) Consider a cannon launched with v 100 m/s at angle 0 and it hits the target in the castle, 50 m above ground and 800 m (horizontal distance) away from the cannon. v = 100 m/s target So- castle Figure 1(a)

icon
Related questions
Question
1
answer 209.72
ANS:
See Figure 1(b), assuming now a thin wall is built 100 m away from the target,
determine the minimum height of the wall that will prevent the cannon (launched at
v = 100 m/s) from hitting the target at any launch angle 0.
(c)
wall
v = 100 m/s
target
castle
Figure 1(b)
Consider a cannon launched with v = 100 m/s at angle 0 and it hits the target in the castle,
50 m above ground and 800 m (horizontal distance) away from the cannon.
target
v= 100 m/s
So- castle
Figure 1(a)
Transcribed Image Text:answer 209.72 ANS: See Figure 1(b), assuming now a thin wall is built 100 m away from the target, determine the minimum height of the wall that will prevent the cannon (launched at v = 100 m/s) from hitting the target at any launch angle 0. (c) wall v = 100 m/s target castle Figure 1(b) Consider a cannon launched with v = 100 m/s at angle 0 and it hits the target in the castle, 50 m above ground and 800 m (horizontal distance) away from the cannon. target v= 100 m/s So- castle Figure 1(a)
Expert Solution
steps

Step by step

Solved in 2 steps with 2 images

Blurred answer