Answer:
As shown below
Step-by-step explanation:
Given that when X denotes the errors in an experimental transmission channel, when checked by a certifier that detects missing pulses. follows the cumulative density function as given below:


.85x=10.2
your answer is x = 12
Answer:
no idea
Step-by-step explanation:
Let's turn this sentence into an equation:
8n = -n + 36
Then solve:
9n = 36 => n=4
The 3 is distributed to the a+b inside the brackets........