2. Convert the following values from decimal to binary and explain your algorithm for performing the...

 

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2. Convert the following values from decimal to binary and explain your algorithm for performing the conversion a. m=8: (33)10 b. m 8: (100) 10 c. m=9: (322)10 d. m=12: (1037)10 e. m=12: (529)10 f. m=12: (2047)10 g. m=12: (4095)10 h. m 16: (32767)10 i. m=16: (32769)10 (Note: for problems 'f', 'g' and 'h', you shouldn't need to compute the sum of powers of two. You may solve those three 'by inspection'.) 3. Assuming Unsigned Binary Representation, where m=# of bits, complete the following table: Using Minimum m bits Value that can be represented expressed in base 2 Minimum Value that can be represented expressed in base 10 Maximum Value that can be represented expressed in base 2 Maximum Value that can be represented expressed in base 10 7 12 15 2. Convert the following values from decimal to binary and explain your algorithm for performing the conversion a. m=8: (33)10 b. m 8: (100) 10 c. m=9: (322)10 d. m=12: (1037)10 e. m=12: (529)10 f. m=12: (2047)10 g. m=12: (4095)10 h. m 16: (32767)10 i. m=16: (32769)10 (Note: for problems 'f', 'g' and 'h', you shouldn't need to compute the sum of powers of two. You may solve those three 'by inspection'.) 3. Assuming Unsigned Binary Representation, where m=# of bits, complete the following table: Using Minimum m bits Value that can be represented expressed in base 2 Minimum Value that can be represented expressed in base 10 Maximum Value that can be represented expressed in base 2 Maximum Value that can be represented expressed in base 10 7 12 15