1- Familiarize students with some common devices and methods used in measuring flow rate. 2- Each flow measurement device will be compared to the standard method of using the catch …

Jul 1, 2014 · A fully-controlled automatic generator of variable flow rates was designed to perform laboratory simulations of the temporal patterns of typical rainfall events, based on the use of …

Record the flow rate shown by the rotameter float (read from the centre shoulder of the float). Write down the units of the rotameter. Check (calibrate) this flow rate by diverting the water …

Determine the uncertainty of the volume flow rate measured with the bucket accounting for uncertainty due to the time and weight measurement for Table 1. Neglect bias errors. Use …

This experiment aims to: 1- Familiarize students with some common devices and methods used in measuring flow rate. 2- Each flow measurement device will be compared to the standard …

independent variable is the height of water above the hole in the two liter bottle, measured in meters. The dependent variable is the flow rate of water out of the bottle, measured in …

purpose of the lab is to check turbine scaling laws. PROCEDURE: Set the driving pressure at a low level. Measure the flow rate through the turbine. Set the brake at some level and measure …

The stopwatch is started when the flow starts and stopped when the bucket reaches its limit. ... They are often approved by Underwriters Laboratories (UL) or Factory Mutual ... This method …

The highest measurement rate for rain and snow water equivalent is ... field and laboratory trials and results of the TBRG and the antifreeze-based ... Poster presentation, EGU General …

Determine the uncertainty of the volume flow rate measured with the bucket accounting for uncertainty due to the time and weight measurement for Table 1. Neglect bias errors. Use …