There are 59,400 ways this jury can be selected.
Since the events are independent of each other (choosing one does not influence the chance of choosing the others) we multiply the combinations.
The first combination is
, because we are selecting 4 men from a possible 12.
The second combination is
, because we are selecting 3 women from a possible 10.
Multiplying these we have:
Put -4 at the end , then -1 1/2 ,then 2.25, then and the right side (end ) 3
Answer:
We know that the area of the square of side length L is:
A = L*L = L^2
In this case, we know that the area is:
A = 128*x^3*y^4 cm^2
Then we have:
L^2 = 128*x^3*y^4 cm^2
If we apply the square root to both sides we get:
√(L^2) = √( 128*x^3*y^4 cm^2)
L = √(128)*(√x^3)*(√y^4) cm
Here we can replace:
(√x^3) = x^(3/2)
(√y^4) = y^(4/2) = y^2
Replacing these two, we get:
L = √(128)*x^(3/2)*y^2 cm
This is the simplest form of L.
Answer:
J
Step-by-step explanation:
You can see that one of the rings was originally $24 and on sale it is $18 which is 3/4 or 0.75 of 24. Then if you check that relationship with the other ones where you take the orginal price and find 3/4 or 0.75 of it you get all of the sale prices.
Answer:
2
x^
2
+
7
x
−
5
Step-by-step explanation:
2x^(2)+6x-8+x+3 and then write in standard form and came up with 2
x^
2
+
7
x
−
5.
