Answer:
0.160275
Step-by-step explanation:
P(5 time heads) =P(fair penny and 5 time heads + weighted penny and 5 time heads)
probability of fair penny = 99/100 (as one is removed)
probability of heads = 50% = 0.5 flipped 5 times
probability of weighted penny = 1/100
probability of heads for this penny = 90% = 0.9
substituting, we have
=(99/100) * (1/2)*5 + (1/100) * (0.9)5 = 0.036842
hence from Bayes theorem
P(weighted penny | 5 time heads) =P(weighted penny and 5 time heads) / P(5 time heads)
=(1/100)*(0.9)5 /0.036842 =0.160275
Answer:
The solution of given equation is x = -4
Step-by-step explanation:
We are given the following in the question:
Let x be the variable such that
Relation:
The quotient of a number and 4 is negative 1
We can write the equation as:
Solution:
Thus, the solution of given equation is x = -4
Abscissa is the other term of x axis and ordinate is the other term for y axis. The product is defined as the answer from numbers that are multiplied. Since it is said that the numbers are multiplied, therefore x is multiplied by y to get the product which is ten. So the correct answer that would represent the given statement above is option A. xy= 10. Hope that helps!
Answer:
y=1/3x-2
Step-by-step explanation:
Now first we have to find a pattern in this.
for x_1 we notice that there is a difference of 3. For x_2 we notice that there is a difference of 1.
For graphs I suggest you use desmos . com/calculator ;)
Thanks for the points
