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:
Neither options one or two is true
Step-by-step explanation:
When we test a statistical hypothesis, we must specify a level of significance. It is this level of significance that presents the maximum probability at which we are willing to risk committing a type one error.
Therefore, it is independent of any other level of significance used.
Hence, we conclude that neither options one or two is true.
Answer:
Your answer is b.
Step-by-step explanation:
for the slope, continue to add 2 to -4 until you reach 4
0 -4
1 -2
2 0
3 2
4 4
For y-intercept, when x=0, look at y. The y-intercept is -4
Hope this helps!
Answer:
7/6
Step-by-step explanation:
4/6 divided by 8/14
4/6 * 14/8
56/48
Simplified: 7/6
Answer:
The total cost of the fencing as a function of side is 
.
Step-by-step explanation:
Dimensionally speaking, the total cost is equal to the product of length and cost per length. Given that orchid garden has a square form, there is only an input: Side (
), measured in feet. Therefore, the total cost of fencing is represented by the following formula:
Given that 
and 
, the total cost of the fencing as a function of side is:
