hi there, please help me answer question number 5, can you also explain step by step how can you get this result as well. tks

women Colaborate 2. Write the decimal value __80_.Write the binary value 01010000 3. Write the binary value at the top of the chart. Write a bit between each vertical dotted line. 4. Use the chart to map the binary value using NRZI encoding (Non-Return to Zero Inverted). A change in voltage at the beginning of a clock cycle (vertical dotted lines) is a "1". No change in voltage at the beginning of a clock cycle is a "0". The horizontal dotted lines represent voltage 0.5 voltage levels. Map each letter to 6 horizontal line which represents +3 volts. Do not go below the hartizontal axis in mapping your value. 5. After mapping the value answer the following questions: a. How many characters in total were transmitted? I b. How many bits in total were transmitted? How many times did the signal change? (baud rate) d. What is the bit rate? Lab 2 Standards Page 13 o 0 1 0 women Colaborate 2. Write the decimal value __80_.Write the binary value 01010000 3. Write the binary value at the top of the chart. Write a bit between each vertical dotted line. 4. Use the chart to map the binary value using NRZI encoding (Non-Return to Zero Inverted). A change in voltage at the beginning of a clock cycle (vertical dotted lines) is a "1". No change in voltage at the beginning of a clock cycle is a "0". The horizontal dotted lines represent voltage 0.5 voltage levels. Map each letter to 6 horizontal line which represents +3 volts. Do not go below the hartizontal axis in mapping your value. 5. After mapping the value answer the following questions: a. How many characters in total were transmitted? I b. How many bits in total were transmitted? How many times did the signal change? (baud rate) d. What is the bit rate? Lab 2 Standards Page 13 o 0 1 0