Create a table based on the following data. Compute the percentage of each figure given. Show the percentages only in your table, not the whole numbers given.  Last January 2020, a survey was conducted among 75 men and 75 women in the Philippines. The survey aims to know the patterns of Internet use among men and women 18 years old and above. Men and women are equally likely to use the Internet. Age is a strong predictor of Internet use, such that Internet use is highest among the youth and it decreases with age. Sixty-one youth aged 18-24 are Internet users where 29 are males and 32 are females, compared to only 37 among those aged 25-34 where 18 are males and 19 are females. Twenty-seven among those aged 35-44 are internet users where 15 are males and 12 are females while those aged 45-54 have 9 male Internet users and 7 female users. Four male users of Internet and 5 female users are aged 55 and above.    Create a Table 1 and a title that generally illustrates the data above.

should have the right to marry. (The 2014 data were collected before the 2015 U.S. C2. GSS 2014 and GSS 2018 respondents were asked their opinion on whether homosexuals 30 measured on a 5-point scale from strongly agree (1) to strongly disagree (5). Supreme Court decision granting same-sex couples the right to marry. Responses wer measured on a 5-point scale from strongly agree (1) to strong!y aisagiee (2). Cumulative Percentage Homosexuals Should Have Right to Marry (2014) Percentage Frequency 32.5 32.5 Strongly agree 251 57.5 25.2 Agree 195 67.3 Neither agree nor disagree 9.6 74 79.2 Disagree 92 11.9 100.0 Strongly disagree 161 20.8 Total 773 100.0 Homosexuals Should Have Cumulative Right to Marry (2018) Frequency Percentage Percentage Strongly agree 293 39.5 39.5 Agree 200 27.0 66.5 Neither agree nor disagree 70 9.4 75.9 Disagree 67 9.0 84.9 Strongly disagree 111 15.0 99.9 Total 741 99.9 a. What is the level of measurement for this variable? b. What is the mode for 2014? For 2018?

Given the following data set: $1.42, $1.27, $1.28, $1.48, $1.36, $1.44, $1.46, $1.32, $1.33, $1.33 $1.23, $1.38, $1.43, $1.28, $1.43, $1.49, $1.37, $1.26, $1.26, $1.38 Determine the frequencies of gasoline prices for each given class. Frequency Relative Frequency Class < $1.25 $1.25 < $1.30 $1.30 $1.35 $1.35 $1.40 $1.40 < $1.45 $1.45 CHECK ANSWER

You are given the following set of observations:  98, 77, 26, 33, 88, 90, 79, 81.  What would be the mean for this distribution?

The following refer to the following data set: 51.5 78.1 78.1 78.1 38.1 69.9 44.1 58 40.2 56.2 What is the arithmetic mean of this data set? mean = What is the median of this data set? median = = What is the mode of this data set? mode =

Think of your own example of a data set that would follow a normal distribution and explain why.

The following table gives the2009 estimates of crude oil reserves(in billionsof barrels)..   Please answer step by step.Don,t skip any part. ANswer follow image.Answer must be correct.Do all calculation and classify

A study of new home prices was conducted in a neighborhood of 2000 homes. The median price of a new home is reported to be $172,400 and the mean price is reported to be $196,000. describe the distribution of new home prices, explaining the relationship between the given median and mean. How many new homes cost more than $172,400?

The following refer to the following data set: 81.6 127.2 98.4 100.5 95.8 106.2 127.2 108 127.2 117.8 What is the arithmetic mean of this data set? mean = What is the median of this data set? median What is the mode of this data set? mode = %3D

An automobile repair shop reports that half of the automobiles they repair have a resale value below $ 4,000. In this example, the $4,000 represents which measure of central tendency? It is the mean O median mode range