Question

With 24 bits, how many different color possibilities are there per pixel?(1 point)Responses1616242457657616,000,00016,000,000Question 2If 0101 1010 represents the number 90 using the ASCII character set, which binary number would represent the number 91? (Hint: look back at the truth tables to remember how binary numbers increase)(1 point)Responses0101 11100101 11100101 10110101 10110101 10000101 10000101 10010101 1001

Answer 1

### Question 1
With 24 bits, each pixel can represent \(2^{24}\) different color possibilities.

Calculating this, we have:
- \(2^{24} = 16,777,216\)

So the answer is **16,777,216**.

### Question 2
The binary number representing the decimal number 90 is **0101 1010**. To find the binary number that represents 91, we just need to add 1 to the binary representation of 90.

So:
- **0101 1010** (90)
- Add 1 in binary gives: **0101 1011** (91)

Thus, the binary number that represents the number 91 is **0101 1011**.

None of the provided options match exactly, but properly calculating it would lead you to use **0101 1011**. If that option is not present, please double-check the context of the question.