Answer:
probability of defective = 0.0545
Probability of a chip to be stolen = 0.0917
Step-by-step explanation:
given data
all computer chips produced are defective = 50%
legally marketed are defective = 5 %
stolen = 1%
solution
we get here probability of defective that is
probability of defective = P ( insepected and defective + stolen and defective) .........................1
put here value
probability of defective = (1 - 0.01) × 0.05 + 0.01*0.5
probability of defective = 0.0545
and
So, Probability of a chip to be stolen given defective =P (stolen and defective) ÷ P(defective) ......................2
put here value
Probability of a chip to be stolen = 0.01 × 0.5 ÷ 0.0545
Probability of a chip to be stolen = 0.0917
Answer: B= 12 15
Step-by-step explanation:
The given ratios are
A) 2 3= 2: 3 already in its simplest form
B) 12 15 =12:15 Changing to its simplest form, we divide both by 3 giving us 4:5
C) 18 27 =18: 27 Changing to its simplest form, we divide both numbers by 9 giving us =2:3
D)6 9=6:9 Changing to its simplest form, we divide both by 3 giving us
2:3
Therefore the ratio not equivalent to other three is 12:15
Answer:
(A) h(x) = 1/4x -2
Step-by-step explanation:
Given: f(x)=4x+8
Rewrite with y: y=4x+8
Switch x and y: x=4y+8
Solve for y: x-8=4y
(x-8)/4=y
1/4x-2=y
y=1/4x-2
This means that h(x) = 1/4x -2 is the correct answer
Answer:
The probability of hitting the circular area = P(H) = favorable area/ total area = Area of the circle / Area of the square
Step-by-step explanation:
= π/9
13 x 85 = 1105
78 + 91 = 169
169 / 1105 = 6.5
