Convert each of the following into scientific notation and into engineering notation: Scientific notationEngineering notationSI unit with prefixExample:36,800W3.68 × 104 W36.8 ×103 W36.8 kWa) 3427m b) 0.00456A c) 0.000984N d) 3100.0 × 102N e) 0.0114 × 104m f) 2205.2m g) 30.0 ×10-2s h) 0.0473s i) 650,502Pa j) 3.03 ×10-1A k) 1000 × 10-3N

A number with unit is given, We need to convert these notations to scientific, engineering…

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Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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8 - For a rope code "20 6x25F-WSC 1960 U zS" it is given as Fmin = 279kN. Which of the following is the metallic cross-sectional area of this rope? A) 142,4mm2 B) 351,3mm2 C) 130,7mm2 D) 702,5mm2 E) 326,7mm2
Figure 1 is related with questions 1-5. F= 300 N F= 200 N 135 48,8 F;= 150 N Figure-1 The cables attached to the screw eye are subjected to the three forces shown. If the system is in static equlibrium; 1) Determine the magnitude of the resultant force (Fa). a) 407.03 N b) 345.89N c) 416.79 N d) 333.18 'N e) 380.86 N Determine the resultant force vector (F. a) { 195.71i + 98.20j + 343.12k } b){251.78i – 26.79j + 331.07k} c){ 145.29i – 164.59j + 250.61k } di i 180.241 + 228.62j + 186.77k } e){ 234.631 + 20.18j +299.33k) 3) Determine the coordinate direction angle of the resultant force with x-axis (a). a) 61.26 b) 52.84 ©) 58.59° d) 64.15 e)51.97 4) Determine the coordinate direction angle of the resultant force with y-axis (B). a) 76.04 b) 93.69" c) 119.6° d) 86.96" e) 48.63° 5) Determine the coordinate direction angle of the resultant force with z-axis (y). a) 57.32' b) 32.54° c) 37.41' d) 41.22 e) 38.19
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	Scientific notation	Engineering notation	SI unit with prefix
Example: 36,800W	3.68 × 10⁴ W	36.8 ×10³ W	36.8 kW
a) 3427m
b) 0.00456A
c) 0.000984N
d) 3100.0 × 10²N
e) 0.0114 × 10⁴m
f) 2205.2m
g) 30.0 ×10^-2s
h) 0.0473s
i) 650,502Pa
j) 3.03 ×10^-1A
k) 1000 × 10^-3N