The formula to calculate the Differential Pressure is:
\[ \Delta p = \gamma_1 \cdot h_1 - \gamma_2 \cdot h_2 \]
Differential pressure is the difference in pressure between two points in a fluid system.
Let's assume the following values:
Using the formula:
\[ \Delta p = 1342 \cdot 0.12 - 1223 \cdot 0.078 = 65.646 \text{ Pa} \]
| Specific Weight 1 (γ1) | Height of Column 1 (h1) | Specific Weight 2 (γ2) | Height of Column 2 (h2) | Pressure Change (Δp) |
|---|---|---|---|---|
| 1300 N/m³ | 0.12 m | 1223 N/m³ | 0.078 m | 60.606000000000 Pa |
| 1310 N/m³ | 0.12 m | 1223 N/m³ | 0.078 m | 61.806000000000 Pa |
| 1320 N/m³ | 0.12 m | 1223 N/m³ | 0.078 m | 63.006000000000 Pa |
| 1330 N/m³ | 0.12 m | 1223 N/m³ | 0.078 m | 64.206000000000 Pa |
| 1340 N/m³ | 0.12 m | 1223 N/m³ | 0.078 m | 65.406000000000 Pa |
| 1350 N/m³ | 0.12 m | 1223 N/m³ | 0.078 m | 66.606000000000 Pa |
| 1360 N/m³ | 0.12 m | 1223 N/m³ | 0.078 m | 67.806000000000 Pa |
| 1370 N/m³ | 0.12 m | 1223 N/m³ | 0.078 m | 69.006000000000 Pa |
| 1380 N/m³ | 0.12 m | 1223 N/m³ | 0.078 m | 70.206000000000 Pa |
| 1390 N/m³ | 0.12 m | 1223 N/m³ | 0.078 m | 71.406000000000 Pa |
| 1400 N/m³ | 0.12 m | 1223 N/m³ | 0.078 m | 72.606000000000 Pa |