A naval cannon (105 mm, scale 35) fires a shell of mass M = 18 kg with a speed of magnitude Vo = 700 m/s. and at an angle of shooting a. Given g 9.8 m/s, Alpha=45° A- Study in the abscense of air resistance. Taking : Origin of time : the launching instant ; Origin of position : the launching point O; (xOy) : the vertical plane of motion of the shell.

Physics for Scientists and Engineers: Foundations and Connections
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Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter3: Vectors
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Exercise 2
A naval cannon (105 mm, scale 35) fires a shell of mass M = 18 kg with a speed of magnitude
Vo = 700 m/s. and at an angle of shooting a. Given g = 9.8 m/s, Alpha=D45°
%3D
A Study in the abscense of air resistance.
Taking :
Origin of time : the launching instant;
Origin of position : the launching point O;
(xOy) : the vertical plane of motion of the shell.
yt
Vo
a
X
1) Determine the acceleration vector of the shell.
2) Determine, in term of t, the velocity vector of thr shell
3) Calculate the magnitude of the velocity vextor at the maximum height.
4) Determine, in term of t, the position vector of the shell.
Transcribed Image Text:Exercise 2 A naval cannon (105 mm, scale 35) fires a shell of mass M = 18 kg with a speed of magnitude Vo = 700 m/s. and at an angle of shooting a. Given g = 9.8 m/s, Alpha=D45° %3D A Study in the abscense of air resistance. Taking : Origin of time : the launching instant; Origin of position : the launching point O; (xOy) : the vertical plane of motion of the shell. yt Vo a X 1) Determine the acceleration vector of the shell. 2) Determine, in term of t, the velocity vector of thr shell 3) Calculate the magnitude of the velocity vextor at the maximum height. 4) Determine, in term of t, the position vector of the shell.
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