Compute at what speed does the water leave the nozzle

Reference no: EM13659522

Water from a garden hose that is pointed 28 degree above the horizontal lands directly on sunbather lying on the ground 3.9 meter away in the horizontal direction. If the hose is held 1.4 meter above the ground, compute at what speed does the water leave the nozzle?

Reference no: EM13659522

Questions Cloud

Determine the density of the oil used in the barometer : The largest barometer ever built was an oil-filled barometer constructed in Leicester England in 1991. Determine the density of the oil used in the barometer

Compute how far is the airplane from the original checkpoint : An airplane passes over a checkpoint and flies 10 kilometer east, then 5 kilometer north, then 10 kilometer North West. Compute how far is the airplane from the original checkpoint

Determine what force is required to do this : A 10-kilogram block of southern pine 30 centimeter on a side is held submerged under water. Determine what force is required to do this

Evaluate what is the change in entropy : A sample of 50.0 kilogram of water at 20.00oC is mixed with 100.0 kilogram of water at 23.00oC. Evaluate the change in entropy

Compute at what speed does the water leave the nozzle : Water from a garden hose that is pointed 28 degree above the horizontal lands directly on sunbather lying on the ground 3.9 meter away in the horizontal direction. compute at what speed does the water leave the nozzle

Evaluate the voltage drop across each resistor : Two resistors of 60Ω and 40Ω are connected in a series closed circuit with a 120 V source. Evaluate the voltage drop across each resistor

Determine what percent of the initial kinetic energy is lost : A record is dropped vertically onto a freely rotating (undriven) turn table. what percent of the initial kinetic energy is lost

Calculate the frequency of the driving force : A simple harmonic oscillator consists of a mass of 3 kilogram on a spring of force constant 0.15 N/m. Calculate the frequency of the driving force

Obtain the translational speed of the frozen juice : Starting from rest, a basketball rolls from the top of a hill to the bottom, reaching a translational speed of 6.6m/s. Neglect frictional losses. Find the translational speed of the frozen juice can when it reaches the bottom

User Account

All Pages