Convert the decimal signed number -7 into 8-bit signed binary number. The signed binary number is 1111 1001. Ob. The signed binary number is 1110 1001. The signed binary number is 1111 0001. Oc. The signed binary number is 1101 1001.

3. floating point Convert the following decimal fixed point number to an IEEE single precision floating point format. Please show your intermediate calculations: 10.875 = Give the decimal fixed point equivalent of the following IEEE single precision floating point format number. Again, please show your intermediate calculations: 10000110 10101011000000000000000 (decimal)

Convert the following number from binary to decimal: Ox5A Fill in the blanks to get the correct result. Start from the right-most digit in the above binary number: Blank # 1 times Blank # 4 times The Total value is: Blank # 10 16 to the Blank # 2 power 16 to the Blank # 5 power = = Blank # 3 Blank # 6

Convert the following numbers from their given base to decimal:a. 0.10010012b. 0.3A216c. 0.2A1122. What is the decimal value of the following binary numbers?a. 1100101.1b. 1110010.11c. 11100101.13. a. What is the ASCII representation of the numeral -3.1415 in binary?b. What is the ASCII representation of the numeral -3.1415 in octal?c. What is the ASCII representation of the numeral -3.1415 in hexadecimal?d. What is the ASCII representation of the numeral -3.1415 in decimal?4. What character string does the binary ASCII code1010100 1101000 1101001 1110011 0100000 1101001 11100110100000 1000101 1000001 1010011 1011001 0100001

What is the IEEE-754 single precision real number after encodingt the real decimal number -76.0625? The IEEE-754 single precision real number is 1_10000101_00110000011000000000000. а. O b. The IEEE-754 single precision real number is 1_10000101_00110000010000000000000. The IEEE-754 single precision real number is 1_10000101_00110010010000000000000. С. d. The IEEE-754 single precision real number is 1_10000101_00100000011000000000000.

Write a program that asks the user to enter and integer number and read it. Then ask him to enter a bit position (between 0 and 31) and display the value of that bit.   srlv $s1,$s2,$s3   s2 = 3210 = 0000 0000 0000 1000 0000 0000 010 00002 s3 = 18       Bit = 10   1 = 00000000000000000000000000010000   2 = 00000000000000000000000000001000   3 = 00000000000000000000000000000100 4 = 00000000000000000000000000000010 5 = 00000000000000000000000000000001 S1   = 00000000000000000000000000000001  1    =  00000000000000000000000000000001 $t0  = 00000000000000000000000000000001 = x.1 = x   AND $t0,$s1,1

What is the numeric value of this integer for single-precision format (k = 8 , n = 23 )? Write a ‘C’ code to check for even or odd number using bitwise operators.

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The binary number 1001 converts to the decimal number 9, with the 0th (zeroth) bit on the right representing 1 and the 3rd bit representing 8. If you're converting the decimal number 33 to binary, what is the highest numbered bit (counting from the 0th bit on the right) that will be set? a. 0th b. 1st c. 2nd d. 5th e. 6th