is the equation in the question written like the one in the bottom? Because for me to help you I must confirm what the equation looks like.
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<h3>
The probability of not choosing 2 peaches is .</h3>
Step-by-step explanation:
Here, the total number of bins = 10
Total orange bins = 2
Total apples bins = 3
Total peaches bins = 4
Total melon bins = 1
Let E : Event of picking two peaches
So, P(Picking 1 peach ) =
and P (Picking 2nd peach ) =
So, the probability of not picking 2 peaches = 1 - P(picking 2 peaches)
Hence, the probability of not choosing 2 peaches is .
Y-2=-3(x-y) or y=Mx+b or y=-3x+23 either way it works
Y=-2sin((2
<span>/7)x)
y = asin(bx+c)+d and t</span>he period is given by the equation T = 2
/b
where T is the period of the function. "a" changes the amplitude only (vertical stretch). ""c" is the left/right phase shift. "d" moves the whole graph up or down.
The coefficient of x in (2
/7)x is 2 pi/7 which would also be equal to b.
T = 2
/(2
/7) = 7
Answer:
the time taken for having 1 million bacteria is 137.68 hours
Step-by-step explanation:
The computation is shown below:
y = 2 × (1.10)^x
1,000,000 = 2 × (1.10)^x
500,000 = (1.10)^x
x = log (500,000) ÷ log (1.10)
= 137.68 hours
hence the time taken for having 1 million bacteria is 137.68 hours