6,12,24,48,96... when we multiply by 2
-6,12,-24,48,-96.... when we multiply by -2
a) q can be 24 or -24
b)p/r=6/96 =-6/-96= 2/32=1/16
c) a(n)=6*2^(n-1)
386=6*2^(n-1), 386/6=2^(n-1), 64,333(3)=2^(n-1),
we will not be able to find whole number n for number 386, so 386 is not a term in this sequence, because it does not follow the rule of this sequence
Answer:
IT IS THE LAST ONE
I did this a long time ago
<h3>Answer:</h3>
y = 1644.245(1.098x); 4,598
<h3>Explanation:</h3>
A suitable graphing calculator (or spreadsheet program) can do this regression for you.
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<em>Comment on doing it by hand</em>
If you're going to do this by hand, you need to work with the logarithms of the values. Then find the line of best fit to those in the usual way.
The equation of the line is best written in point-slope form, with the point being the mean of x (which is 5.5) and the mean of y. The slope is the ratio of the covariance of x and y to the variance of x (which is 8.25). (Here, y refers to the logs of the numbers in your table.)
This equation for a line will give the logarithm of the market value, so will need to be put back into exponential form for comparison to the answer choices.
In this problem the amount of kilograms you want to fit ( lets call it x ) has a direct variation with the amount of kg of soil it can fit in ( lets cal it y )
If 2/5x = 1/3y
Now we just need to isolate x or y to discover the proportion that relates them :
You can isolate x by multiplying both sides of the equation by 5/2
2/5x(5/2) = 1/3y(5/2)
x = 5/6 y
So what that means is that 1 kg of soil takes 5/6 of the container!
Awnser : Yes it can !
I hope you understood my brief explanation. And please consider marking this awnser as Branliest. Thank you ! :)
Option B:
Area of the parallelogram = 60 square units
Solution:
Given ABCD is a parallelogram.
Height of the parallelogram = 10 units
Base of the parallelogram = 6 units
To find the area of the parallelogram:
Area of the parallelogram = Base × Height
= 6 × 10
= 60
Area of the parallelogram = 60 square units
Hence option B is the correct answer.
