a Linear Regression considering half of the sample

none of the others

a Contingency Analysis using Age and WP categorized

Age seems to impact WP

I am not able to conclude about the impact of Netflix usage and Age on WP

Both Age and Netflix usage seem to impact WP

Netflix usage seems to impact WP

greater than 20

between 10 and 20

between 1 and 10

<1

above 14

between 7 and 14

between 2 and 7

If I run a Contingency Analysis the p-value is smaller than any common level of significance so YES

If I run a Contingency Analysis the p-value is smaller than any common level of significance so NO

If I run an ANOVA the p-value is greater than any common level of significance, so YES

If I run an ANOVA the p-value is greater than any common level of significance, so NO

is lower than 3.5

cannot be computed

No: I get a p-value>0.05 from a simple linear regression analysis

No: I get a p-value<0.05 from a simple linear regression analysis

Yes: I get a p-value>0.05 from a simple linear regression analysis 

Yes: I get a p-value<0.05 from a simple linear regression analysis

none of the others

14.3

13.9

14.1

a big p-value

No: nothing is said about Meat Consumption distribution.

We have no information about Meat Consumption distribution but the sample size is big enough so that the Central Limit Theorem applies. Therefore even if Meat Comsumption is not Normally distributed, the SAMPLE MEAN is approx. Normally distributed and we can do it