Find the angle at which it is shot out of the fountain

Reference no: EM13679362

A certain drinking fountain shoots water out from a height of 3.5 centimeter above its basin. The water follows a parabolic arc which extends 15 centimeter horizontally before hitting the basin. Max height of arc is 11 centimeter, above basin. (g=980cm/s²)

A) Find the time a single drop spends in air?

B) Find initial speed of the water?

C) Find the angle at which it is shot out of the fountain?

Reference no: EM13679362

Questions Cloud

Estimate the rate of energy destruction during this process : An adiabatic, steady-flow heat exchanger condenses 11,000 kg/h of saturated steam at 300 kPa to a saturated liquid also at 300 kPa. Estimate the rate of energy destruction (in kW) during this process

Evaluate the tension in wire : A ball of mass 8 kilogram is suspended by two wires from a horizontal arm, which is attached to a vertical shaft. Evaluate the tension in wire

Obtain what is the frequency : You hear a faucet dripping steadily in your bathroom sink, and decide to measure the frequency of the drips. Evaluate what is the frequency

Estimate what the change in internal energy of the gas : A diatomic gas does 390.3 Joule of work and also absorbs 2426 cal of heat. Estimate the change in internal energy of the gas

Find the angle at which it is shot out of the fountain : A certain drinking fountain shoots water out from a height of 3.5 centimeter above its basin. Find the angle at which it is shot out of the fountain

Determine how much current flow through the bulb : A 3 W light bulb is connected to an 18 Volt battery. Determine how much current flow through the bulb

Determine how much charge does the capacitor store : Two metal disks, each having an area of 20 cm2, are separated by a 0.2 millimeter thick piece of glass and charged to a potential difference of 1000 Volt. Determine how much charge does the capacitor store

Discuss about the gingivitis : Discuss about the Gingivitis - Gingivitis

Determine the total energy radiated by the sun each day : The surface of the Sun has a temperature of about 5918 K. Determine the total energy radiated by the Sun each day

User Account

All Pages