Subtract hexa-decimal number (ABCD) 16 from (EA9C) 16

Therefore, (EA9C) 16 - (ABCD) 16 = (3ECF) 16 Explanation: 1. C - D = 12 - 13, as 13 is greater than 12 so we borrow 1 from next significant digit 9 and it becomes 8. Now 12 becomes 12 + 16 = 28 and 28 - 13 = 15 or F. 2. 8 - C = 8 - 12, as 12 is greater than 8 so we borrow 1 from next significant digit A and it becomes 9. Now 8 becomes 8 + 16 = 24 and 24 - 12 = 12 or C. 3. 9 - B = 9 - 11, as 11 is greater than 9 so we borrow 1 from next significant digit E and it becomes D. Now 9 becomes 9 + 16 = 25 and 25 - 11 = 14 or E. 4. D - A = 13 - 10 = 3.

Add hexa-decimal numbers (1F5C)₁₆ and (AC2B)₁₆

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Subtract hexa-decimal number (A68D)₁₆ from (D53F)₁₆

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Multiply the following binary numbers:
(10110)₂ x (110)₂

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Multiply the following binary numbers:
(10101)₂ x (100)₂

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Computer Science

Subtract hexa-decimal number (ABCD)₁₆ from (EA9C)₁₆

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Add hexa-decimal numbers (1F5C)₁₆ and (AC2B)₁₆

Subtract hexa-decimal number (A68D)₁₆ from (D53F)₁₆

Multiply the following binary numbers:
(10110)₂ x (110)₂

Multiply the following binary numbers:
(10101)₂ x (100)₂

Computer Science

Subtract hexa-decimal number (ABCD)16 from (EA9C)16

Number System

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Subtract hexa-decimal number (ABCD)₁₆ from (EA9C)₁₆

Add hexa-decimal numbers (1F5C)₁₆ and (AC2B)₁₆

Subtract hexa-decimal number (A68D)₁₆ from (D53F)₁₆

Multiply the following binary numbers:
(10110)₂ x (110)₂

Multiply the following binary numbers:
(10101)₂ x (100)₂