Question

The data give the average number of days in May that are clear

I really need help

Answer 1

The question involves the interpretation of data related to the average number of clear days in May and their impact on solar input, representing a mathematics problem, specifically in data analysis and compression.

Step-by-step explanation:

The question seems to be seeking assistance with interpreting data related to the number of clear days in the month of May, specifically in the context of studying solar input and electricity demand. This likely involves analyzing and summarizing data, which is an exercise in data compression and interpretation in the field of Mathematics.

The provided information touches on analyzing solar data from a certain location beginning March 31, 2020, as well as electricity demand in California for comparison. It is mentioned that April 22-27 were clear days and the impact of weather on solar power yield is discussed. Furthermore, the capacity factors for the month are given, highlighting the effect of cloudless days on solar energy production. From such data, one can infer the average number of clear days and the corresponding solar energy production levels.

Graphs are emphasized as a useful tool to compress lots of data, giving an intuitive sense of large amounts of data points quickly, which would otherwise be challenging to interpret if presented numerically. This emphasizes the importance of graphical representation in data analysis and summarization.

Answer 2

C. 0.10, because 6 of the 60 days were clear

Step-by-step explanation:

As per the question, you're in San Antonio which indicates 1st look in San Antonio's row.

Then we want the chance or probability it's clear, so look in clear column. We will find the value that is "6"

So 6 on a total of 60 which is the huge total. Accordingly, Probability it is right, since that you are into the San Antonio. Then it becomes

`= (6)/(60)`

= 0.1

Therefore the right answer is C.