The number of 10 chips stacks that Dave can make if two stacks are not considered distinct is 110.
The solution
To get the symmetric stacks, one has to subtract the symmetric stacks to know the ones that are asymmetric.
The symmetric are flipped. Given that they are double counted what we have to do is to divide through by 2.
6/2 = 3
10/2 = 5
4/2 = 2
1/2(10C6) - (5C3) + (5C3)
0.5(210-10+10)
= 110
Answer:
<h2>
a) 0.38</h2><h2>
b) 0.62</h2><h2>
c) 0.78</h2><h2>
d) 0.03</h2><h2>
e) 0.02</h2><h2>
f) 0.62</h2><h2>
g) 0.38</h2>
Step-by-step explanation:
a)
Probability of a owner to be moved =
= 0.379 ≅ 0.38
b)
Probability of a renter to be moved =
= 0.62
c)
Probability of a person who moved in the same state =
= 0.779 ≅ 0.78
d)
Probability of a person who moved to a different country =
= 0.033 ≅0.03
e)
Probability of a owner who moved to a different country =
= 0.02
f)
Probability of a renter moving in the same state =
= 0.615 ≅ 0.62
g)
Probability of an owner moved to different state =
≅0.38
Answer:
43.5
Step-by-step explanation:
Hope
15p^2q^2 because you multiply the coefficients and the vaiables. 3x5 is 15, pxp is p^2, and qxq is q^2