7. Use the IEEE-754 single precision standard to express the following values. Build an Excel spreadsheet as shown in the table below to obtain the significand in column C. Print and attach the spreadsheet to this homework. (Slides 45-46) B 1 0.5 A [mantissa - 1) =A1-B1C =A2-B2C2 2 -B1/2 =if(Al>B1,1,0) =if(A2>B2,1,0) =if(A3>B3,1,0) 3 =B2/2 23 =A22-B22"C22 =B22/2 -if(A23>B23,1,0) -7.5834x10-7- 13433.2144 = 7. Use the IEEE-754 single precision standard to express the following values. Build an Excel spreadsheet as shown in the table below to obtain the significand in column C. Print and attach the spreadsheet to this homework. (Slides 45-46) A B C 1 0.5 2 [mantissa - 11 -Al-BICI -A2-B29C2 -B1/2 if(Al>B1.1.0) -if(A2B2.1.0) -if(A3>B3.1.0) 3 -B2/2 23 -A22-B22*C22 -B22/2 if(A23B23.1,0) -7.5834x107 13433.2144 7. Use the IEEE-754 single precision standard to express the following values. Build an Excel spreadsheet as shown in the table below to obtain the significand in column C. Print and attach the spreadsheet to this homework. (Slides 45-46) B 1 0.5 A [mantissa - 1) =A1-B1C =A2-B2C2 2 -B1/2 =if(Al>B1,1,0) =if(A2>B2,1,0) =if(A3>B3,1,0) 3 =B2/2 23 =A22-B22"C22 =B22/2 -if(A23>B23,1,0) -7.5834x10-7- 13433.2144 = 7. Use the IEEE-754 single precision standard to express the following values. Build an Excel spreadsheet as shown in the table below to obtain the significand in column C. Print and attach the spreadsheet to this homework. (Slides 45-46) A B C 1 0.5 2 [mantissa - 11 -Al-BICI -A2-B29C2 -B1/2 if(Al>B1.1.0) -if(A2B2.1.0) -if(A3>B3.1.0) 3 -B2/2 23 -A22-B22*C22 -B22/2 if(A23B23.1,0) -7.5834x107 13433.2144