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MMMU-Pro / test_Energy_and_Power_352 / A wind tunnel draws in sea-level standard air from the room and accelerates it…

Problem

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question

A wind tunnel draws in sea-level standard air from the room and accelerates it into a 1-m by 1-m test section. A pressure transducer in the test section wall measures

\Delta

p =45 mm water between inside and outside. Estimate the absolute pressure at the nose of the model. <image 1>

Plain-text mathematical notation (without MathML)

A wind tunnel draws in sea-level standard air from the room and accelerates it into a 1-m by 1-m test section. A pressure transducer in the test section wall measures Δp =45 mm water between inside and outside. Estimate the absolute pressure at the nose of the model. <image 1>

Original LaTeX notation

A wind tunnel draws in sea-level standard air from the room and accelerates it into a 1-m by 1-m test section. A pressure transducer in the test section wall measures $\Delta $p =45 mm water between inside and outside. Estimate the absolute pressure at the nose of the model. <image 1>

img type

Diagrams

options

112000 Pa
101350 Pa
98000 Pa
99000 Pa
95280 Pa
110000 Pa
107000 Pa
94000 Pa
105000 Pa

subject

Energy_and_Power

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Source and history

upstream_id / Original problem ID: test_Energy_and_Power_352
task_id: ea729746-6322-5d46-8f63-062281d9d6f5
task_key: standard~20~2810~20options~29--test--test~5fEnergy~5fand~5fPower~5f352
task_revision_id: 3
config / split: standard (10 options) / test

Official source

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