The answer is choice A
The sample space is basically the set of all possible outcomes. Each outcome is a pair of results from drawing a card coupled with spinning a spinner.
Table A represents all of the possible outcomes properly. The card results are along the column on the left side. The spinner results along the row up at the top. Each cell is an intersection of the left and top result. For example, row1,column3 has "red,purple" to indicate you got "red" on the spinner and "purple" on the card. Each cell in table A is correctly labeled.
The other tables (B, C, D) are improperly labeled in at least one cell.
* Table B has "blue, green" in the top row" middle cell when it should be "blue, purple"
* Table C has "green, green" in the upper left corner when it should be "green, purple"
* Table D has "blue, blue" in the bottom middle cell when it should be "blue, green". Saying "blue,blue" is impossible as there isn't a blue card.
The three items mentioned above help us eliminate choices B through D.
Answer:
There is no solution
Step-by-step explanation:
Let's solve your inequality step-by-step.
6−3b<10−3b−18
Step 1: Simplify both sides of the inequality.
−3b+6<−3b−8
Step 2: Add 3b to both sides.
−3b+6+3b<−3b−8+3b
6<−8
Step 3: Subtract 6 from both sides.
6−6<−8−6
0<−14
For
(x-h)^2=4p(y-k)
vertex=(h,k)
p=vertical distance from vertex to directix
when p is negative, the directix is above the vertex
when p is positive, the directix is below the vertex
(x-2)^2=1/4(y+3)
(x-2)^2=4(1/16)(y+3)
p=1/16
it's positive so we know directix is below vertex
vertex is (2,-3)
go 1/16 down
-3-1/16=-48/16-1/16=-49/16
directix is y=-49/16 aka y=-3.0625
Answer:
the correct answer in the 5 untils 2 untils 2 untils 3 untils 2 untils
Step-by-step explanation:
Answer:
X = 9, in other words it's A
Step-by-step explanation:
