- #1
lee123456789
- 93
- 5
- Homework Statement
- none
- Relevant Equations
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Considering at least two engineering systems, evaluate how 1st Order Differential Equations are useful in solving problems within those systems I have chosen 3 options. just wanted to check if these counted do you think.
1. machinery funnelling/dispensing of liquids into bottles on conveyor belt in bottling plants.
- 1st order equation to measure liquied level.
-Helps measure water level, which can be used to know how long it takes dispense the liquied, which can be used to calibrate systems so processes are efficent.
- Problem of conveyor belt not calibrated properly so liquids dispensed before or after bottle is ready or bottle moves on to quickly.
2. Enginer and heat exchnagers
- 1st order equation measure heat exchange.
- Helps workout quantity of heat to be dispense, which can be used to redesign or amend the engine (add extra fins, remove coating, chose better conductors)
- Problem of engine producing to much heat and can not dispense of it.
1. machinery funnelling/dispensing of liquids into bottles on conveyor belt in bottling plants.
- 1st order equation to measure liquied level.
-Helps measure water level, which can be used to know how long it takes dispense the liquied, which can be used to calibrate systems so processes are efficent.
- Problem of conveyor belt not calibrated properly so liquids dispensed before or after bottle is ready or bottle moves on to quickly.
2. Enginer and heat exchnagers
- 1st order equation measure heat exchange.
- Helps workout quantity of heat to be dispense, which can be used to redesign or amend the engine (add extra fins, remove coating, chose better conductors)
- Problem of engine producing to much heat and can not dispense of it.