Formula

• $KE=$$1/2mv^2$ is a formula for?


  Total Kinetic Energy
• $ke=$$1/2v^2$ is a formula for?


  Specific Kinetic Energy
• $PE=$$mgh$ is a formula for?


  Total Potential Energy
• $pe=$$gh$ is a formula for?


  Specific Potential Energy
• $PE'=$$m'gh$ is a formula for?


  Potential Energy per time
• $FW=$$PV$ is a formula for?


  Total Flow Work
• $fw=$$P/ρ$ is a formula for?


  Specific Flow Work
• $FW'=$$PV'$ is a formula for?


  Flow Work per time
• $m'$ means?


  Mass Flow rate
• $V'$ means?


  Volumetric Flow rate
• $m'=$$ρV'$ is a formula for?


  Mass flow rate
• $ρvA$ is a formula for?


  Mass flow rate
• the v in $ρvA$ represents?


  Velocity
• $E=$$U+$$PE+$$KE+$$FW$ is a formula for?


  Total Energy
• $e=$$u+$$pe+$$ke+$$fw$ is a formula for?


  Specific Energy
• $E'=$$U'+$$PE'+$$KE'+$$FW'$ is a formula for?


  Energy per time
• $E'=$$m'e$ is a formula for?


  Energy flow rate
• $Ein - Eout=$$Efinal-Einitial$ exhibits what law of thermodynamics?


  First
• $v=$$V/m$ is a formula for?


  Specific Volume
• $u=$$U/m$ is a formula for?


  Specific Work
• $e=$$E/m$ is a formula for?


  Specific energy
• $ρ=$$m/v$ is a formula for?


  Density
• $1/v$ is equal to?


  density
• $1/ρ$ is equal to?


  Specific Volume
• $S.G.=$$ρ/ρH2O$ is a formula for?


  Specific gravity
• $5/9(°F-32)$ can be used to turn fahrenheit into?


  Celcius
• $9/5°C+$$32$ can be used to turn celcius into?


  Fahrenheit
• $°C+$$273.15$ can be used to turn celcius into?


  Kelvin
• $°F+$$459.67$ can be used to turn fahrenheit into?


  Rankine
• $KE'=$$1/2m'v^2$ is a formula for?


  Kinetic Energy per time