1. Convert these decimals to binary.
3.375
67.625
73.9375
29.6875
3.71875
43.4375
25.5625
13.21875
2. Take these binary numbers and write them in binary scientific notation.
10000
11000001
10101000000
111010000000
1101101000
1010110000000000
0.00000101
0.000001011
0.00000011110
0.00000000011011
110.101
1000.0011
11011.0001
11011.001011
3. Take these decimal numbers, convert them to binary and write them in binary scientific notation.
8
64
256
16
25
36
41
300
4. Take these decimal numbers, convert them to binary and write them in binary scientific notation.
9.375
24.875
6.5
12.625
1.25
19.34375
5.3125
5. What is the matissa of each number? What is the exponent (characteristic)? (these are decimal)
1.223 X 10^23
4.56 X 10^-23
-9.234 X 10^99
-8.23 X 10^-23
6. What is the matissa of each number? What is the exponent (characteristic)? (these are binary)
1.011 X 2^23
-1.0111 X 2^45
1.1101 X 2^-87
-1.100101 X 2^-32
7. Why is it important that the floating point number be expressed in binary scientific notation? Does it need to be in scientific notation?
8. Why do we need to keep the sign bits separate? Why can’t we just include them in the scientific notation?
9. Write these binary numbers in floating point form.
1 bit Matissa Sign | 1 bit Chara Sign | 7 bit chara | 23 bit mantissa
1100000000000
10110000000000
110000001000000
-11000000
-11010111
-1110000111
0.00000011
0.00000001101
0.000000101011
-0.000000101
-0.000010101
-0.000001011
10. Write these decimal numbers in floating point form
1 bit Matissa Sign | 1 bit Chara Sign | 7 bit chara | 23 bit mantissa
100
-124
-15
16
345
-989
123
11. Write these decimal numbers in floating point form
1 bit Matissa Sign | 1 bit Chara Sign | 7 bit chara | 23 bit mantissa
1792
0.00585
0.09375
52
-0.109375
-704
-160
-0.34375