For the figure shown, the firefighter projects water from the hose at an angle of 50 degrees at a height of 3 ft from th

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For The Figure Shown The Firefighter Projects Water From The Hose At An Angle Of 50 Degrees At A Height Of 3 Ft From Th 1 (27.83 KiB) Viewed 17 times

For The Figure Shown The Firefighter Projects Water From The Hose At An Angle Of 50 Degrees At A Height Of 3 Ft From Th 2 (28.76 KiB) Viewed 17 times

For The Figure Shown The Firefighter Projects Water From The Hose At An Angle Of 50 Degrees At A Height Of 3 Ft From Th 3 (30.86 KiB) Viewed 17 times

For the figure shown, the firefighter projects water from the hose at an angle of 50 degrees at a height of 3 ft from the ground at a horizontal distance. d, away from the wall. At a safe maximum distance, d, the projected water hits the wall at a height of 25 ft from the ground as shown in the figure. The speed of the water that the hose nozzle is 50 ft/s. (25 Points)

The maximum safe distance, d, of ft away from the wall for the projected water to hit the wall at a height of 25 ft from the ground. D Question 2 5 pts The projected water will hit the wall in S. Question 3 5 pts At safe distance, d, the maximum height that the water can reach is at it from the ground

D Question 4 5 pts At safe distance, d, the minimum velocity required for the water to reach the bottom of the wall is ft/s. Question 5 Using the minimum velocity, at what height, hin ft. should the fireman hold the hose so that the water will hit the wall at 10 ft from the 5 pts ground A600