The probability of losing a data packet is 0.010.
Therefore the probability of successfully sending a data packet (not losing a data packet) is
p = 1 - 0.010 = 0.99
In 100 packet transmissions (independent events), the probability of success is
0.99¹⁰⁰ = 0.3660
The probability of losing a data packet is
1 - 0.366 = 0.6340
Answer:
The probability of resending a data packet is 0.6340
<span>A.) 8.028 - 8 ones and 8 thousandths
B.) 20.88 - 8 tenths and 8 hundredths
C.) 28.80 - 8 ones and 8 tenths
D.) 28.08 - 8 tens and 8 hundredths
Answer D:
<u>Explanation:</u>
8 tens = 80
8 hundredths = 0.08
80 ÷ 0.08 = 100
80 is 100 times of 0.08</span>
Answer:
The function is "f(x) = 5*x"
Step-by-step explanation:
Everytime we add a number to the independent variable of a function, in this case x, there'll be a common factor between the variable and a pure number. To solve this problem we need to make "(x + 3)" appear. Since we have "f(x+3)" we need to first factor the common denominator. We have:
f(x + 3) = 5*(x + 3)
Therefore,
f(x) = 5*x
Answer:
- They can be used for quantitative data
- They can be used for qualitative data.
- No observation can fit into more than one class
Step-by-step explanation:
- The frequency table refers to the number of times the event occurs and lists the items shown by value and thus is quantitative and qualitative such as graphs and numerical summary.
The answer is D ok there u go ok ok ok
