One bit can code 2 type of possibilities. That mean 1 bit code 2^1 possibilities, 2 bits code 2^2 possibilities and X amount of bits will code 2^X possibilities. In this case, you need to code 96x96 possibilities= 9216 possibilities. To answer this question, you need to find out how much it will be in 2^X form. The fast way to solve it by dividing it with 32(2^5) until the value <32 then divide it with 2(2^1) till it become <1
9216/32= 288
288/32= 9 -->take the 1 extra to made it 8
8/2= 4
4/2= 2
2/2=1
1/2= 0.5
The number is divided by 32 two times and divided by 2 four times. Then the number of bits would be
5*2 + 1*4= 14 bits
The answer will be 14 bits since 14 bits will code 16384 possibilities
Answer:
Children 92 and 229 Adults
Step-by-step explanation:
1.5C + 2.25A = 653.25
C+A = 321
A = 321-C
Then
1.5C + 2.25(321-C) = 653.25
1.5C + 722.25 - 2.25C = 653.25
2.25C-1.5C = 722.25-653.25
0.75C = 69
C = 92
then
A = 321-92
A = 229
Answer:
72 games won
Step-by-step explanation:
Answer:
x - y = 2 and x + 2y = -2
Step-by-step explanation:
Since you have the graph, you can easily see that the point of interest is nearest the intersection of the <em>orange</em> and <em>pink</em> lines.
__
Recognizing that the intercepts of a line in standard form are ...
ax +by =c
x-intercept: c/a
y-intercept: c/b
You can easily determine the corresponding intercepts for the given lines. We can tell from the graph that we only need to know what the y-intercept is in order to match the equation to the line. Here are the y-intercepts:
- x -y = 2 ⇒ (0, -2) — orange
- x -2y = -2 ⇒ (0, 1) — blue
- x +y = 2 ⇒ (0, 2) — green
- x +2y = -2 ⇒ (0, -1) — pink
The system of equations with the desired solution is ...
x -y = 2 and x +2y = -2
Answer:
6n-3
Step-by-step explanation:
Because the gap between 3 and 9 is six and to and so to get fom 6 to 3 you have to minus 3
