Which of the following best describes the situation?
A. This is an example of correlation but not causation.
B. This is an example of causation but not correlation.
C. This is an example of both correlation and causation.
D. This is an example of neither correlation nor causation.
When Sarah added the fertilizer and there was a noticeable difference, we can say that:
Causation occurs when an effect is noticed because of a traceable item. The traceable item, in this case, is the fertilizer.
So when the fertilizer was added and a change in color was noticed, we can deduce that the difference was because of the fertilizer.
Therefore, option B is correct.
Learn more about causation here:
#SPJ5
Answer: B.) This is an example of causation but not correlation.
Step-by-step explanation: Causation is a cause and effect, because fertilizer was added to one plant, it's leaf color was improved.
Answer:
The volume of sphere is:
65.4167 yd^3
Step-by-step explanation:
We are given surface area of sphere as:
We know that the surface area of sphere of radius ''r'' is given by the formula:
i.e. we have:
As we know that the radius of a circle can't be negative.
Hence,
Now the volume of sphere is given by:
Volume of sphere is:
65.4167 yd^3
No, 4z² - z² and 4 are not equivalent expressions as 4z² - z² simplifies to 3z², not 4.
No, 4z² - z² and 4 are not equivalent expressions. To determine if two expressions are equivalent, we need to simplify both sides of the equation. In this case, 4z² - z² simplifies to 3z², not 4. Therefore, 4z² - z² and 4 are not equivalent expressions.
#SPJ3
2) y=4.75x+4.75
3) y=1.5x+4.75
4) y=4.75x+1.5