Question

A Pitot tube is connected to a vertical manometer that displays a height difference of \(h = 1\) ft of water. The other side of the manometer is open to the atmosphere. The freestream air conditions are \(\rho_{\infty} = 2030\) psf, and \(\rho_{\infty} = 0.0025\) slug/ft³. The density of water is \(\rho_w = 1.94\) slugs/ft³. 32. (8pts) Determine the pressure difference measured by the manometer, \(\Delta p = p_o - p_{\infty}\) (in psf) 33. (6pts) Determine true airspeed, \(V_{\infty}\), and the equivalent airspeed in fps.

Name: A Pitot tube is connected to a vertical manometer that displays a height difference of h = 1 ft of water. The other side of the manometer is open to the atmosphere. The freestream air conditions are ρ∞ = 2030 psf, and ρ∞ = 0.0025 slug/ft³. The density of water is = 1.94 slugs/ft³. 32. (8pts) Determine the pressure difference measured by the manometer, Δ p = po - p∞ (in psf) 33. (6pts) Determine true airspeed, V∞, and the equivalent airspeed in fps.
Uploaded: 2022-04-06T06:15:14-08:00
Duration: 2 min 23 s
Channel: Hunza Gilgit

          A Pitot tube is connected to a vertical manometer that displays a height difference of \(h = 1\) ft of water. The other side of the manometer is open to the atmosphere. The freestream air conditions are \(\rho_{\infty} = 2030\) psf, and \(\rho_{\infty} = 0.0025\) slug/ft³. The density of water is \(\rho_w = 1.94\) slugs/ft³. 32. (8pts) Determine the pressure difference measured by the manometer, \(\Delta p = p_o - p_{\infty}\) (in psf) 33. (6pts) Determine true airspeed, \(V_{\infty}\), and the equivalent airspeed in fps.

A Pitot tube is connected to a vertical manometer that displays a height difference of h = 1 ft of water. The other side of the manometer is open to the atmosphere. The freestream air conditions are ρ∞ = 2030 psf, and ρ∞ = 0.0025 slug/ft³. The density of water is = 1.94 slugs/ft³. 32. (8pts) Determine the pressure difference measured by the manometer, Δ p = po - p∞ (in psf) 33. (6pts) Determine true airspeed, V∞, and the equivalent airspeed in fps.

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