Idea Transcript
Engineering Fundamentals: An Introduction to Engineering, SI Saeed Moaveni 9781305105720 Fifth Edition Errata for First Printing Page Number 332
Description of Correction Under Equation 10.26, “Equation (10.28)” needs to be changed to “Equation (10.26)”
449
In the second paragraph in Example 13.11, “Equation (13.21)” should be “Equation (13.18)”. Same for lower down in the example
677
In Figure 18.4, “T1 = 68º F” F” should be “T1 = 68º C” “T2 = 38º F” F” should be “T2 = 38º C” “L = 0.5 ft” ft” should be “L = 0.5 m”
390
The caption beneath the figure in the right column should be titled “Problem 11.48”, not “Problem 11.50”
93
In Problem 3.11, “12in. x 12in.” needs to be replaced by “30 cm x 30 cm”
118
In Problem 4.14, change “12 km/h” to “9 km/h”
260
In Problem 8.24, change “12.5” to “12.5 m”
262
In Problem 8.49, change “ft2” to “m2”
285
In Problem 9.27, Change “4 in.” to “100 mm”, change “lbm·ft2, lbm·in2, and slugs·ft2” to “kg·m2”
285
In Problem 9.32, change “4 ft” to “2 m” Change “2 in.” to “5 cm”
285
In Problem 9.34, change “15 mm” to “150 mm” and change “1 in.” to “25 mm”
286
In Problem 9.37, change “0.1 in/s” to “4 mm/s” and change “6 in.” to “240 mm”
286
In Problem 9.41, change “80 gallons” to “300 liters”. Add “in kg/year.” to the end of the final sentence
286
In Problem 9.42, change “28,537,000 acreacre-feet feet” to “35,0 “35,000 35,000, 00,000,000 000,000 m3” and delete text in parentheses.
286 & 287
In Problem 9.44, change “20 in. × 18 in.” to “500 mm × 450 mm” and change “14 in. × 16 in.” to “400 mm × 450 mm”
339
In Problem 10.12, change “Hg” to “H2O”
340
In Problem 10.26, change “1 in.” to “2.5 cm” and change “1 ft.” to “30 cm”
343
In Problem 10.44, change “kg” to “N” in the table
343
In Problem 10.45, change “kg” to “N”, change “weight” to “weigh”
386
In Problem 11.8, change “units?” to “m2·K/W”
386
In Problem 11.11, change “m2·W/K” to “m2·K/W”
388
In Problem 11.24, change “10 lbm” to “5 kg”
389
In Problem 11.33, delete “(122 °F)”, “(104 °F)” and “(100 °F)”.
427
In Problem 12.34, change “ft2” to “m2”
471
In Problem 13.26, change “twenty gallons” to “75 L”
527
In Problem 14.3, change “feet” to “meters”
529
In Problem 14.11, replace “both kilowatts and horsepower” with “kilowatts”
532
In Problem 14.21, change “100” to “40” and change “mph” to “km/h”
532
In Problem 14.22, change “ft” to “cm”
532
In Problem 14.23, change “miles per gallon” to “kilometers per liter” and change “gallons per mile” to “liters per kilometer”
664
In Problem 17.21, delete “or feet”
664
In Problem 17.22, delete “or pounds”
116
At bottom of page in the “APPLY WHAT YOU HAVE LEARNED” box, change “EFFICIENCY” to “efficacy”.
371
Under Equation 11.23, "εε" (epsilon) needs to be inserted between “by the surface;” and “is the emissivity”
371
Under Equation 11.23, "σ σ" (sigma) needs to be inserted between “and” and “is the StefanStefan-Boltzmann constant”
495
In the third line under Figure 14.18, replace the word “command” with “…”
522
In the fourth line under Figure 14.63, replace the “the” between “and” and “press” with “then”
592
For the Step 4 part of Figure 16.11, black lines need to replace the orange ones between points “9” and “6” and between points “6” and “13”