A fireman who is a horizontal distance away of R 50 meters away from a building, directs a stream of water from a fire hose at an angle of θ 30 degrees above horizontal. The water leaves the hose at a speed of V0 (V initial) 40 m/s. A) At what height H does the water strike the building?B) Is the water rising or falling when it strikes the building?C) At what time has the speed of the water been reduced to 36 m/s?Please explain in step by step calculations as I don't know where to start. Thanks in advance!
That level of detailed information is available elsewhere, and is quite extensive. I suspect you don't need it, but rather some basic information in an effort to build something. First note that, like all plumbing pipe, one size does not fit well into the next size - it's either too big to fit in, or sloppy loose. Try a good hardware store or building supply center where you can try things on for size. In my experience in retail hardware, the most common non-plumbing use of pipe is for structural use, like for a table frame, games or sporting use, like a potato cannon, or spacers/bushings/etc. Personal best was a guy a few years back fitting outriggers to a big handmade boat. Needed to figure out how much a stick of PVC would bend with a 20 lb. float at the end. Using duct tape and some boxed nails, we settled on 1 1/2 Sch 40.
Proxies: /slice /slash or unblock any of those work
Behind the desk in the fire station
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