Write the base two numeral 110000, in expanded form. (1x2)+(1×25)+(0×2¹)+(0×2³)+(0×2²)+(0×2¹)=96 (1x2¹)+(0×2³)+(0×2²)+(0×2¹)+(0×2°) = 48 A) B) (1x25) + C) (1x105) + (1x10)+(0×10³)+(0×10²)+(0×10¹)+(0×10⁰) = 110,000 D) (1x10)+(1x10³)+(0×10¹)+(0×10³)+(0×10²)+(0×10¹)=1,100,000 (2x10³)+(2×10)+(0×10³)+(0×10²)+(0×10¹)+(0×10⁰) = 220,000 E)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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22. Write the base two numeral 110000, in expanded form.
A) (1×26) + (1x2³) + (0×2¹)+(0×2³) + (0×2²)+(0×2¹)=96
(1×2³)+(1×2¹)+(0×2³)+(0×2²)+(0×2¹)+(0×2°) = 48
B)
C) (1x10³)+(1×10¹)+(0×10³)+(0×10²)+(0×10¹)+(0×10°)=110,000
(1x106) + (1x10³)+(0×10¹)+(0×10³)+(0×10²)+(0×10')=1,100,000
D)
E)
(2×10³)+(2×10¹)+(0×10³)+(0×10²)+(0×10¹)+(0×10⁰) = 220,000
Transcribed Image Text:22. Write the base two numeral 110000, in expanded form. A) (1×26) + (1x2³) + (0×2¹)+(0×2³) + (0×2²)+(0×2¹)=96 (1×2³)+(1×2¹)+(0×2³)+(0×2²)+(0×2¹)+(0×2°) = 48 B) C) (1x10³)+(1×10¹)+(0×10³)+(0×10²)+(0×10¹)+(0×10°)=110,000 (1x106) + (1x10³)+(0×10¹)+(0×10³)+(0×10²)+(0×10')=1,100,000 D) E) (2×10³)+(2×10¹)+(0×10³)+(0×10²)+(0×10¹)+(0×10⁰) = 220,000
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