Okay. So Nina's fourth bounce is 6 feet high. The following bounces will be 2/3 as high as the previous. That is also similar to exponential decay. 6 is 2 away from 4. For this, we will raise 2/3 to the 2nd power. We can basically just multiply it together. 2/3 * 2/3 is 4/9. Now, we multiply that fraction by 6. 6 is 6/1 as a fraction. 6/1 * 4/9 is 24/9 or 2 2/3 in simplest form. There. Nina's sixth bounce will be 2 2/3 feet high.
Answer:
That would be A
Step-by-step explanation:
y = 1/4 x
y is directly proportional to x.
Cool long stuff
so the problem is
he has $20 (fake)
so she charged the mand 10 but it was fake so
she charged him 10 because if he gave her 20 and she gave him 10 then she gained 10 and lost 1 pair of shoes
then
10 was fake so so far she lost 10
then if she gave the pharmacist 2 20 dolllar bills then she lost 40+10 dollars
she lost $50
Answer:
the sampling distribution of proportions
A sample is a small group of observations which is a subset of a larger population containing the entire set of observations. The proportion of success or measure of a certain statistic from the sample, (in the scenario above, the proportion of obese observations on our sample) gives us the sample proportion. Repeated measurement of the sample proportion of this sample whose size is large enough (usually greater Than 30) in other to obtain a range of different proportions for the sample is called the sampling distribution of proportion. Hence, creating a visual plot such as a dot plot of these repeated measurement of the proportion of obese observations gives the sampling distribution of proportions
Step-by-step explanation:
Hope this helps:)
The two equations are equal since they are both y. After combining those two equations, you will get X. You can put X into either the 1st or 2nd equation. Then u will get Y. The answer is the squared box!!
