Rectangular tank contains 3.0 kg of air. The length of the tank is 1.1 m and the width is 0.9 m. The pressure p of the tank is 1.2 bar temperature T₁ is -20 °C. Calculate a) Amount of air n b) Height of the tank h c) Density of air p mol (with zero decimal accuracy) m (with one decimal accuracy) kg/m³ (with one decimal accuracy) If the temperature inside the tank increases by 50 °C, what is the new pressure in the tank? d) New pressure P₂ bar (with one decimal accuracy)

Rectangular tank contains 3.0 kg of air. The length of the tank is 1.1 m and the width is 0.9 m. The pressure p of the tank is 1.2 bar temperature T₁ is -20 °C. Calculate a) Amount of air n b) Height of the tank h c) Density of air p mol (with zero decimal accuracy) m (with one decimal accuracy) kg/m³ (with one decimal accuracy) If the temperature inside the tank increases by 50 °C, what is the new pressure in the tank? d) New pressure P₂ bar (with one decimal accuracy)

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

Rectangular tank contains 3.0 kg of air. The length of the tank is 1.1 m and the width is 0.9 m. The pressure p of the tank is 1.2
bar temperature T₁ is -20 °C.
Calculate
a) Amount of air n
b) Height of the tank h
c) Density of air p
mol (with zero decimal accuracy)
m (with one decimal accuracy)
kg/m3 (with one decimal accuracy)
If the temperature inside the tank increases by 50 °C, what is the new pressure in the tank?
d) New pressure P2
bar (with one decimal accuracy)

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