If

and

are mutually independent, then

and

.
If

and

are independent, then

. Ditto for

and

.
The inclusion/exclusion principle says that

Since

and

are mutually exclusive, their intersection is the empty set. It then follows that

also is the empty set, so the last probability is also 0.
Plug in what we know:

Answer:

Step-by-step explanation:
The formula for the trigonometric function sin is:
Ф
The side opposite to the ∠g is x, which is equal to 10

the hypotenuse of the triangle is z, which is equal to 11

so the ratio is:

<em>plz mark me brainliest.</em> :)
Answer:
Step-by-step explanation:
One row has 6 seats
<u>3 rows have:</u>
<u>5 rows have:</u>
A = 30
Answer:
(A) m = –3 and b = –3
Step-by-step explanation:
If m=–3 and b=–3
The system of linear equations:
y = –3x + 5
y = mx + b
Becomes
y = –3x + 5 ......(i)
y = –3x – 3 .......(ii)
Notice that 5 is added to -3x in (i) and -3 is added to -3x in (ii) and both equals y. This is impossible. Thus the system has no solution.
Answer:
210
Step-by-step explanation:
double negatives = positive
-7 * -6 * 5 = 7 * 6 * 5 = 42* 5 = 210