Answer:
4n + 5
Step-by-step explanation:
This equation cannot be simplified further
Unless you meant 4n + 7 <em>=</em> 2
Then the answer would be -1.25
Answer:For each town he builds the number of villagers increase by 1.15 times.
So he has 5 villagers at the start, for the first village he builds he will have;
villagers = 5*1.15 = 5.75
For the next village = 5.75 * 1.15 = 6.6125
in other words for the second village in expanded form = 5 * 1.15 *1.15
as you can see the number of villagers keeps multiplying by the same factor thats 1.15.
For every town that is created, the number is multiplied by 1.15
theres an exponential increase in the number of villagers
Then we can build the following equation;
number of villagers in 15 towns = 5 * 1.15¹⁵
= 40.68
as its number of villagers it cannot be a decimal value therefore round it off to therefore we can use the following equation to find the number of villagers in 'n' number of towns;
villagers in 'n' number of towns = 5 * 1.15ⁿ
Step-by-step explanation:
Answer: I just need the points
Explanation: thank you :)
Answer:
90% confidence interval for the mean weight loss for the population represented by this sample assuming that the differences are coming from a normally distributed population is [1.989 ,13.5105]
Step-by-step explanation:
The data given is
Mean Std Dev
Before 177.25 29.325
After 169.50 22.431
Difference 7.75 8.598
Hence d`= 7.75 and sd= 8.598
The 90% confidence interval for the difference in means for the paired observation is given by
d` ± t∝/2(n-1) *sd/√n
Here t∝/2(n-1)=1.895 where n-1= 8-1= 7 d.f
and ∝/2= 0.1/2=0.05
Putting the values
d` ± t∝/2(n-1) *sd/√n
7.75 ±1.895 * 8.598 /√8
7.75 ± 5.7605
1.989 ,13.5105
90% confidence interval for the mean weight loss for the population represented by this sample assuming that the differences are coming from a normally distributed population is [1.989 ,13.5105]
Answer:
35/16
Explanation:
(5*7)/2^4
= 35/2^4
= 35/16
Note:
Please mark as brainliest! <3