Answer:
- 4 (2x + 3)
Step-by-step explanation:
Answer:
30% probability a randomly selected household has no Internet access given the household owns corporate stock
Step-by-step explanation:
I am going to say that we have two events.
Event A: Owning corporate stock. So P(A) = 0.54.
Event B: Having no internet access. So P(B) = 0.3.
Since they are independent events, we can apply the conditional probability formula, which is:
In which
P(B|A) is the probabilitty of event B happening given that A happened. We want to find this.
is the probability of both events happening.
Since they are independent
So
30% probability a randomly selected household has no Internet access given the household owns corporate stock
6(m + 2 + 7m)
A. 6m + 12 + 42m AND 48m + 12
B. 6(m + 2 + 7m) is equivalent to 6m + 12 + 42m because it's just simplified I just distributed.
6(m + 2 + 7m) (Given)
6m + 12 + 42m (distribute)
C. 6(m + 2 + 7m) is equivalent to 48m + 12 because it's just simplified I just distributed and then combined like terms:
6(m + 2 + 7m) (Given)
6m + 12 + 42m (distribute)
48m + 12 (combine like terms)
Answer:
<u>A = 2 , B = 10 and C = 18</u>
Step-by-step explanation:
Let the the missing numbers in the boxes are: A , B and C.
Given:
Time : Distance
A : 3
6 : 9
B : 15
12 : C
From the second raw, we can deduce that:
When the time = 6, the distance = 9
We will use the ratio and proportional to find A , B and C
So,
A/6 = 3/9 ⇒ A = 6 * 3/9 = 2
6/B = 9/15 ⇒ B = 6*15/9 = 10
6/12 = 9/C ⇒ C = 9*12/6 = 18
<u>So, A = 2 , B = 10 and C = 18</u>
Answer:
Step-by-step explanation:
try the numbers -3 -2 1 and 3