How much energy is released when 1 kg ofwater vapor (T = 400 K) is cooled to ice (T =265 K)? Comparing this to the table ofenergy in Chapter 7 (Table 7.1), what isclosest to this energy? Object/phenomenonEnergy in joules1 kg uranium (nudlear fission)8.0x10Hiroshima-size fission bomb (10 kiloton)4.2x1090,000-metric ton aireraft carrier at s0 knots1.1x101 barrel crude oil5.9x10I ton TNT4.2x101 gallon of gasoline1.2x10Daily home electricity use (developed countries) 7x10Daily adult food intake (recommended)1.2x101000-kg car at 90 km/h3.1 10ig fat (9.3 kcal)3.9x10ATP hydrolysis reaction3.2x10Igcarbohydrate (4.1 kral)1.7* 10ig protein (4.1 keal)1.7x 10Tennis ball at 1oo km/h22Mosquito (10 g at 0.5 m/s)1.3x10Single electron in a TV tube beam4.0x 10-Energy to break one DNA strand1079

The process to convert the vapor to ice contains the steps: Vapor at 400 K-->Vapor at 373…

Answered: How much energy is released when 1 kg…

How much energy is released when 1 kg of water vapor (T = 400 K) is cooled to ice (T = 265 K)? Comparing this to the table of energy in Chapter 7 (Table 7.1), what is closest to this energy?

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

How much energy is released when 1 kg of
water vapor (T = 400 K) is cooled to ice (T =
265 K)? Comparing this to the table of
energy in Chapter 7 (Table 7.1), what is
closest to this energy?

Object/phenomenon
Energy in joules
1 kg uranium (nudlear fission)
8.0x10
Hiroshima-size fission bomb (10 kiloton)
4.2x10
90,000-metric ton aireraft carrier at s0 knots
1.1x10
1 barrel crude oil
5.9x10
I ton TNT
4.2x10
1 gallon of gasoline
1.2x10
Daily home electricity use (developed countries) 7x10
Daily adult food intake (recommended)
1.2x10
1000-kg car at 90 km/h
3.1 10
ig fat (9.3 kcal)
3.9x10
ATP hydrolysis reaction
3.2x10
Igcarbohydrate (4.1 kral)
1.7* 10
ig protein (4.1 keal)
1.7x 10
Tennis ball at 1oo km/h
22
Mosquito (10 g at 0.5 m/s)
1.3x10
Single electron in a TV tube beam
4.0x 10-
Energy to break one DNA strand
1079

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