The correct answer should be B: y = -3x + 2.
Since the line crosses the y axis at 2, your y-intercept should be 2. Using rise over run you can compare the equations to the graph. If you convert 3x to a fraction, it would be 3/1x. Since the line is going down 3 and the rise of the y = -3x + 2 is -3, that part is correct. The line also moves over 1 unit, so the run is 1, therefore the correct slope would be -3 or -3/1. Now if you combine what you have it should be y = -3x - 2, which is the same equation as B.
Positive
Step-by-step explanation:
A positive and a negative add up to a negative so if you add the sum of the first two then add the negative it will be positive
.
that
Answer:
P(not landing on blue section)=2/3
Step-by-step explanation:
Not landing on blue section = landing on one of the other sections
the remaining sections are 2 each one has a P=1/3
2 × 1/3 = 2/3
Answer:
66%
Step-by-step explanation:
2 divided by 3= 0.666666666 which is then converted to percent (66%)
Answer: 0.317
Step-by-step explanation:
Let A be the event that the selected household is prosperous and B the event that it is educated.
Given : P(A)=0.138, P(B)=0.261
P(A and B)=0.082
We know that for any events M and N ,
Thus ,
Hence, the probability P(A or B) that the household selected is either prosperous or educated = 0.317
Answer:
128 squares
Step-by-step explanation:
If the rectangle is 8cm long by 4cm wide, the area is:
The squares have 1/2=0.5cm side length, hence the area of the squares is:
By dividing A between A' you can obtain the number of squares:
hence, the number of sqares that Aiden is able to produce is 128
Answer:
No, Aiden's plan will be a maximum of 128 squares
Step-by-step explanation:
We have a rectangle with 8 cm long by 4 cm wide, that is to say
8*4 = 32 squares, but you want to divide the rectangle into 1/2 cm squares, therefore
So Aiden's plan will have to be limited to max 128 squares