Question

1. Give the ASCII bits of: Why?

1. Give the ASCII bits of: Why?

Homework Answers

Answer #1

Ans ).

Ascii have 8 bits which gives us the privilege to have 256 characters because every one of the eight bits can be high or low giving us 28=256. Ascii bits are machine's encoding of these characters that a machine can recognise.

Ascii value of ":" is 58 in decimal.

If we convert it to octal, it'll come out to be 072 (decimal to octal conversion )

In binary bits, its value is : 00111010 (decimal to binary conversion)

Hope it helped! feel free to ask any doubt in comments. Don't forget to upvote if it helped :).

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
15. Give the value of 011 1101 and C=0 with ROL (seven bits, show work) 16....
15. Give the value of 011 1101 and C=0 with ROL (seven bits, show work) 16. Give the signed decimal value of 93A (12 bits, show work) 17. Give the ASCII bits of: What! 18. Give the binary equivalent of the decimal number of 13.57 (assume fixed point, no more than 6 bits left and right of the decimal point)
Assuming that we are transmitting the ASCII letter "Z" (01011010 in binary) with no parity bit...
Assuming that we are transmitting the ASCII letter "Z" (01011010 in binary) with no parity bit and one stop bit, show the sequence of bits transferred serially (write the number 0 (or 1), not the word zero (or one)). 1st bit => Answer (first bit to be transmitted). 2nd bit => Answer 3rd bit => Answer 4th bit => Answer 5th bit => Answer 6th bit => Answer 7th bit => Answer 8th bit => Answer 9th bit => Answer...
Given a 12-bit IEEE floating point format with 5 exponent bits: Give the hexadecimal representation for...
Given a 12-bit IEEE floating point format with 5 exponent bits: Give the hexadecimal representation for the bit-pattern representing −∞−∞. Give the hexadecimal representation for the bit-patterns representing +0 and -1. Give the decimal value for the floating point number represented by the bit-pattern 0xcb0. Give the decimal value for largest finite positive number which can be represented? Give the decimal value for the non-zero negative floating point number having the smallest magnitude. What are the smallest and largest magnitudes...
Short answer: What bits are being masked by the subnet mask, explain why they are masked?
Short answer: What bits are being masked by the subnet mask, explain why they are masked?
1a. To set certain bits of R20 to 1, we must OR it with? 1b. To...
1a. To set certain bits of R20 to 1, we must OR it with? 1b. To mask certain bits of R20, we must AND it with? 1c. EX-ORing an operand with itself results in?
SRAM with 4k words of 32 bits each. How many address bits are needed to address...
SRAM with 4k words of 32 bits each. How many address bits are needed to address these words? 1. Assuming that the central memory array has the same number of rows as it has columns, how many rows are there? 2.How many of address bits are used by the row decoder 3.How many words are stored in each row 4. How many are used by column decoder
Give one (1) key reason why Delegation benefits you as a Manager. Give one (1) key...
Give one (1) key reason why Delegation benefits you as a Manager. Give one (1) key reason why Managers often fail to delegate.
1. Convert 101 1010 (seven bits) into a signed decimal (show work)
1. Convert 101 1010 (seven bits) into a signed decimal (show work)
When transmitting bits over a wireless transmission channel, the probability of bit error is p=1/2 (The...
When transmitting bits over a wireless transmission channel, the probability of bit error is p=1/2 (The occurrence of bit errors is independent.) RV X is referred to as the number of errors in bit transmission, S100 is the total number of error bits when sending 100 bits. Find a probability of [40<=S100<=60].
When transmitting bits over a wireless transmission channel, the probability of bit error is p=1/2 (The...
When transmitting bits over a wireless transmission channel, the probability of bit error is p=1/2 (The occurrence of bit errors is independent.) RV X is referred to as the number of errors in bit transmission, S10 is the total number of error bits when sending 10 bits. Find E[X], VAR[X], E[S10], and VAR[S10].
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT