Question No 2: Design a combinational circuit using 4x1 multiplexers, that accepts a 3-bit as input and generates a 2-bit binary number as output that approximates the square root of the input...

Question No 2:<br>Design a combinational circuit using 4x1 multiplexers, that accepts a 3-bit as input<br>and generates a 2-bit binary number as output that approximates the square root of the input<br>number.For example, if square root is > 2.5,give a result of 3. If the square root is < 2.5 and<br>2 1.5, give a result of 2.<br>Note: Use minimum additional logic along with 4x1 MUXS.<br>

Extracted text: Question No 2: Design a combinational circuit using 4x1 multiplexers, that accepts a 3-bit as input and generates a 2-bit binary number as output that approximates the square root of the input number.For example, if square root is > 2.5,give a result of 3. If the square root is < 2.5="" and="" 2="" 1.5,="" give="" a="" result="" of="" 2.="" note:="" use="" minimum="" additional="" logic="" along="" with="" 4x1="">

Jun 10, 2022

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Question No 2: Design a combinational circuit using 4x1 multiplexers, that accepts a 3-bit as input and generates a 2-bit binary number as output that approximates the square root of the input...

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