A firefighting crew uses a water cannon that shoots water at 30.0 m/s at a fixed angle of 50.0 ∘ above the horizontal. The firefighters want to direct the water at a blaze that is 12.0 m above ground level.
How far from the building should they position their cannon? There are two possibilities (d1<d2); can you get them both? (Hint: Start with a sketch showing the trajectory of the water.)
A firefighting crew uses a water cannon that shoots water at 30.0 m/s at a fixed...
A firefighting crew uses a water cannon that shoots water at 30.0 m/s at a fixed angle of 52.0 ∘ above the horizontal. The firefighters want to direct the water at a blaze that is 11.0 m above ground level. How far from the building should they position their cannon? There are two possibilities (d1<d2); can you get them both? (Hint: Start with a sketch showing the trajectory of the water.) <Homework 5 Ch 03 fall 2019 Item 10 A...
Review A firefighting crew uses a water cannon that shoots water at 30.0 m/s at a fixed angle of 49.0° above the horizontal. The firefighters want to direct the Part A water at a blaze that is 12.0 m above ground level. How far from the building should they position their cannon? There are two possibilities (d, < d); can you get them both? (Hint: Start with a sketch showing the trajectory of the water.) Find di Express your answer...
A firefighting crew uses a water cannon that shoots water at 29.0 m/s at a fixed angle of 50.0 ∘ above the horizontal. The firefighters want to direct the water at a blaze that is 11.0 m above ground level. How far from the building should they position their cannon? There are two possibilities (d1<d2);can you get them both? (Hint: Start with a sketch showing the trajectory of the water.) Find d1=?, and d2=?
A firefighting crew uses a water cannon that shoots water at 25.0 m/s at a fixed angle of 49.0 ∘ above the horizontal. The firefighters want to direct the water at a blaze that is 12.0 m above ground level. How far from the building should they position their cannon? There are two possibilities (d1<d2); can you get them both? (Hint: Start with a sketch showing the trajectory of the water.) find D1 find D2
A firefighting crew uses a water cannon that shoots water at 28.0 m/s at a fixed angle of 52.0 ∘ above the horizontal. The firefighters want to direct the water at a blaze that is 12.0 m above ground level. How far from the building should they position their cannon? There are two possibilities (d1<d2); can you get them both? (Hint: Start with a sketch showing the trajectory of the water.). I need to find D1 and D2
A firefighting crew uses a water cannon that shoots water at 28.0 m/s at a fixed angle of 47.0 ∘ above the horizontal. The firefighters want to direct the water at a blaze that is 12.0 m above ground level. How far from the building should they position their cannon? find D1 and D2
A firefighting crew uses a water cannon that shoots water at 27.0 m/s at a fixed angle of 49.0 ∘ above the horizontal. The firefighters want to direct the water at a blaze that is 15.0 m above ground level. How far from the building should they position their cannon? There are two possibilities.
A high-quality potato cannon can fire a potato with a muzzle speed of 30.0 m/s. If I am standing on the ground and fire this potato cannon at an angle of 50.0° above the horizontal, what is the potato's speed when it reaches a height equal to one-half of its eventual maximum height? O A 26.4 m/s O B.26.7 m/s OC. 25.2 m/s OD. 21.3 m/s O E.24.7 m/s Reset Selection
On level ground a shell is fired with an initial velocity of 30.0 m/s at 55.0° above the horizontal and feels no appreciable air resistance. Part A Find the horizontal and vertical components of the shell's initial velocity Express your answers in meters per second separated by a comma. PO AQ 0 2 ? VOh, Voy = Voh , Vov = m/s Submit Request Answer Part B How long does it take the shell to reach its highest point? Express...