Answer:
B. It describes the distance between 6 and -6 on the number line. (wrong)
Step-by-step explanation:
<span>The solution:
= 40, p = q = 0.5
P[x] = nCx *p^x *q^(n-x)
when p = q = 0.5, the formula simplifies to
P[x] = nCx/2^n = 40Cx/2^40
at least 18 of each type means 18 to 22 of (say) type I
P(18 <= X <= 22) = 0.5704095 <-------
qb
mean = 40*0.5 = 20
SD = sqrt(npq) = sqrt(40*0.5*0.5) = 3.1623
z1= (18-20)/3.1623 = -0.63 , z2 = (22-20)/3.1623 = 0.63
P(-0.63 < z < 0.63) = 0.4713 <-------</span>
Answer:
We drawn the graph.
Step-by-step explanation:
We have a line segment AB = 6cm and a point P outside that a line segment.
We want to construct a line PQ that is parallel to line segment AB.
If PQ is parallel to longer AB, this means that a line PQ is equidistant from line segment AB everywhere.
We use the geogebra.org site to draw it.
We drawn the graph.
Answer:
the first number is 6 the second number is 2 the third number is 2
Step-by-step explanation:
take 12 divided by 2 and u get 6 witch is the first number then u also get the second number witch is 2 then u take 6 divided by 3 and u get the third number witch is 2
The correct answer is C. 4, 356, 000. You can find this by multiplying 22*22*10*10*10*9.
