Steps for Prelab.

F$9$a Prelab $(1007)$: Fluid Mechanics & Bernoulli's Principle

R

Read the lab instructions before answering questions

IMP$\mathrm{.}01$idi

During your experiment, you will have air flowing at a constant flow rate through

four different sized ports in a chamber as shown in the picture.

Calculate the cross sectional area for port #$1$ if its dimension are:

Width $=7\mathrm{.}2160{10}^{-3}m$

Depth $=8\mathrm{.}0260{10}^{-3}m$

The relationship between Flow Rate $(R),$ Cross Sectional Area $(A)$ and Velocity $(v)$ is

called the Continuity equation:

Use the area from question $1$ to calculate the velocity of the air at port #$1$ if the air is

flowing at a rate of $.$

ead the lab instructions before answering questions

During your experiment, you will have air flowing at a constant flow rate through

four different sized ports in a chamber as shown in the picture.

Calculate the cross sectional area for port #$1$ if its dimension are:

Width $=7\mathrm{.}2160{10}^{-3}m$

Depth $=8\mathrm{.}0260{10}^{-3}m$

The relationship between Flow Rate $($R$),$ Cross Sectional Area $(A)$ and Velocity $(v)$ is

called the Continuity equation:

Use the area from question $1$ to calculate the velocity of the air at port #$1$ if the air is

flowing at a rate of $.$