Answer:
2 proportions z test
The two populations are named as residents from the first county and residents from the second county.
Step-by-step explanation:
This is testing hypothesis about the difference between two proportions.
When the proportions are tested if they are the test statistic
z= ( p^1-p^2)- (p1-p2) / √p₁q₁/n₁ + p₂q₂/ n₂
where p^1 is the proportion of success in the first sample and p^2 of size n₁ is the proportion of success in the second sample of size n₂ with unknown proportions of successes p1 and p2 respectively.
When the sample sizes are sufficiently large
z= ( p^1-p^2)- (p1-p2) / √p₁q₁/n₁ + p₂q₂/ n₂ is approximately standard normal.
The two populations are named as residents from the first county and residents from the second county.
<span>At the top of a ramp, all of the energy of the car is potential: that is, it has yet to be moved but has the ability to move. As the car is sliding down the ramp, the potential energy is being transformed into kinetic energy, which reaches a maximum at halfway down the ramp. After this point, the kinetic energy begins to lessen and the potential energy begins to increase, until the car comes to a full stop, at which point kinetic energy is at zero and the potential energy is again at a maximum.</span>
The ansser is 2x10^-3 sorry for the mistake i’m french
Answer:
Jane has 6 points, and B has 8 points.
Step-by-step explanation:
If both of them in total have 14 points, and B has 2 more points than Jane, this means that:
B+2=14
So to find their individual number of points, you need to take 2 away from 14
14-2=12
Since these are being divided to two people, you have to divide 12 too
12/2 = 6
6 is Jane's number of points. And now to find B just add 2 points to it which is 8.
Jane=6 Bondani=8
6+8=14
