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15-126. A snowblower having a scoop S with a cross- sectional area of A,=0.12 m³ is pushed into snow with a speed of v, = 0.5 m/s The machine discharges the snow through a tube T that has a cross-sectional area of A¡=0.03 m² and is directed 60° from the horizontal. If the density of snow is P.= 104 kg/m², determine the horizontal force P required to push the blower forward, and the resultant frictional force Fof the wheels on the ground, necessary to prevent the blower from moving sideways. The wheels roll freely. 60°

15-126. A snowblower having a scoop S with a cross- sectional area of A,=0.12 m³ is pushed into snow with a speed of v, = 0.5 m/s The machine discharges the snow through a tube T that has a cross-sectional area of A¡=0.03 m² and is directed 60° from the horizontal. If the density of snow is P.= 104 kg/m², determine the horizontal force P required to push the blower forward, and the resultant frictional force Fof the wheels on the ground, necessary to prevent the blower from moving sideways. The wheels roll freely. 60°

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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15-126. A snowblower having a scoop S with a cross- sectional area of A,=0.12 m³ is pushed into snow with a speed of v, = 0.5 m/s The machine discharges the snow through a tube T that has a cross-sectional area of A¡=0.03 m² and is directed 60° from the horizontal. If the density of snow is P.= 104 kg/m², determine the horizontal force P required to push the blower forward, and the resultant frictional force Fof the wheels on the ground, necessary to prevent the blower from moving sideways. The wheels roll freely. 60°
Transcribed Image Text:15-126. A snowblower having a scoop S with a cross- sectional area of A,=0.12 m³ is pushed into snow with a speed of v, = 0.5 m/s The machine discharges the snow through a tube T that has a cross-sectional area of A¡=0.03 m² and is directed 60° from the horizontal. If the density of snow is P.= 104 kg/m², determine the horizontal force P required to push the blower forward, and the resultant frictional force Fof the wheels on the ground, necessary to prevent the blower from moving sideways. The wheels roll freely. 60°
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