Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
MoreRespondents were asked, "Who do you think should pay most of the cost for improving the reliability of the state’s electric grid? [RANDOMIZE 1-4]"
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
Bar chart with 5 bars.
The Margin of Error for this Graphic is +/- 2.83%
The chart has 1 X axis displaying categories.
The chart has 1 Y axis displaying Percentage. Data ranges from 5 to 48.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
End of interactive chart.
MoreRespondents were asked, "Who do you think should pay most of the cost for improving the reliability of the state’s electric grid? [RANDOMIZE 1-4]" Measurement of Party ID for this figure is based on two questions. First, respondents were asked whether they consider themselves to be a Democrats, Republicans, independents, other, or not sure. Those who responded that they are independents or "other" were then asked if they lean toward either the Democrats or Republicans. If they indicated that they lean toward one party or the other, they are considered Democrats or Republicans for the purposes of this figure. Only "pure" independents or members of a third party who indicate that they have no preference for Democrats vis-a-vis Republicans are considered independents. Respondents who answered that they are "not sure" for either of the two aforementioned questions are not incorporated into this figure.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
Bar chart with 3 data series.
The chart has 1 X axis displaying categories.
The chart has 1 Y axis displaying Percentage. Data ranges from 2 to 62.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
End of interactive chart.
MoreRespondents were asked, "Who do you think should pay most of the cost for improving the reliability of the state’s electric grid? [RANDOMIZE 1-4]" Party identification is calculated according to the PID7 variable, a seven point scale of party identification.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
Bar chart with 3 data series.
The chart has 1 X axis displaying categories.
The chart has 1 Y axis displaying Percentage. Data ranges from 1 to 65.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
End of interactive chart.
MoreRespondents were asked, "Who do you think should pay most of the cost for improving the reliability of the state’s electric grid? [RANDOMIZE 1-4]" Party identification is calculated according to the PID7 variable, a seven point scale of party identification.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
Bar chart with 3 data series.
The chart has 1 X axis displaying categories.
The chart has 1 Y axis displaying Percentage. Data ranges from 5 to 49.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
End of interactive chart.
MoreRespondents were asked, "Who do you think should pay most of the cost for improving the reliability of the state’s electric grid? [RANDOMIZE 1-4]" Ideology is measured on a scale of 1-7, with 1 corresponding to "extremely liberal", 7 corresponding to "extremely conservative, and 4 corresponding to "in the middle." For the purposes of this table, respondents who placed themselves at or between points 1 and 3 on the scale are considered "liberal," respondents who placed themselves at point 4 on the scale are considered "moderate," and respondents who placed themselves at or between points 5 and 7 on the scale are considered conservative.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
Bar chart with 3 data series.
The chart has 1 X axis displaying categories.
The chart has 1 Y axis displaying Percentage. Data ranges from 3 to 59.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
End of interactive chart.
MoreRespondents were asked, "Who do you think should pay most of the cost for improving the reliability of the state’s electric grid? [RANDOMIZE 1-4]" Ideology is measured on a scale of 1-7, with 1 corresponding to "extremely liberal", 7 corresponding to "extremely conservative, and 4 corresponding to "in the middle." For the purposes of this table, respondents who placed themselves at or between points 1 and 3 on the scale are considered "liberal," respondents who placed themselves at point 4 on the scale are considered "moderate," and respondents who placed themselves at or between points 5 and 7 on the scale are considered conservative.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
Bar chart with 3 data series.
The chart has 1 X axis displaying categories.
The chart has 1 Y axis displaying Percentage. Data ranges from 2 to 62.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
End of interactive chart.
MoreRespondents were asked, "Who do you think should pay most of the cost for improving the reliability of the state’s electric grid? [RANDOMIZE 1-4]" Ideology is measured on a scale of 1-7, with 1 corresponding to "extremely liberal", 7 corresponding to "extremely conservative, and 4 corresponding to "in the middle." For the purposes of this table, respondents who placed themselves at or between points 1 and 3 on the scale are considered "liberal," respondents who placed themselves at point 4 on the scale are considered "moderate," and respondents who placed themselves at or between points 5 and 7 on the scale are considered conservative.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
Bar chart with 3 data series.
The chart has 1 X axis displaying categories.
The chart has 1 Y axis displaying Percentage. Data ranges from 3 to 46.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
End of interactive chart.
MoreRespondents were asked, "Who do you think should pay most of the cost for improving the reliability of the state’s electric grid? [RANDOMIZE 1-4]" Race is calculated according to the race variable.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
Bar chart with 3 data series.
The chart has 1 X axis displaying categories.
The chart has 1 Y axis displaying Percentage. Data ranges from 3 to 56.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
End of interactive chart.
MoreRespondents were asked, "Who do you think should pay most of the cost for improving the reliability of the state’s electric grid? [RANDOMIZE 1-4]" Gender is calculated according to the GENDER variable.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
Bar chart with 2 data series.
The chart has 1 X axis displaying categories.
The chart has 1 Y axis displaying Percentage. Data ranges from 3 to 55.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
End of interactive chart.
MoreRespondents were asked, "Who do you think should pay most of the cost for improving the reliability of the state’s electric grid? [RANDOMIZE 1-4]" Community type is based on the following question, " Would you say that you live in an urban, suburban, or rural community?"
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
Bar chart with 3 data series.
The chart has 1 X axis displaying categories.
The chart has 1 Y axis displaying Percentage. Data ranges from 2 to 53.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
End of interactive chart.
MoreRespondents were asked, "Who do you think should pay most of the cost for improving the reliability of the state’s electric grid? [RANDOMIZE 1-4]" Age is calculated according to the AGEG variable.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
Bar chart with 4 data series.
The chart has 1 X axis displaying categories.
The chart has 1 Y axis displaying Percentage. Data ranges from 3 to 64.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
End of interactive chart.
MoreRespondents were asked, "Who do you think should pay most of the cost for improving the reliability of the state’s electric grid? [RANDOMIZE 1-4]" Education is calculated according to the EDUC variable.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
Bar chart with 6 data series.
The chart has 1 X axis displaying categories.
The chart has 1 Y axis displaying Percentage. Data ranges from 1 to 51.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
End of interactive chart.
MoreRespondents were asked, "Who do you think should pay most of the cost for improving the reliability of the state’s electric grid? [RANDOMIZE 1-4]" Religiosity is calculated according to the IMPORT variable.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
Bar chart with 4 data series.
The chart has 1 X axis displaying categories.
The chart has 1 Y axis displaying Percentage. Data ranges from 3 to 50.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
End of interactive chart.
MoreRespondents were asked, "Who do you think should pay most of the cost for improving the reliability of the state’s electric grid? [RANDOMIZE 1-4]" Fundamentalism is calculated according to the LITERAL variable.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
Bar chart with 4 data series.
The chart has 1 X axis displaying categories.
The chart has 1 Y axis displaying Percentage. Data ranges from 0 to 52.
Who should pay most of the cost for improving the reliability of the state’s electric grid? (April 2023)
End of interactive chart.
Sign up for the Texas Politics Newsletter
Stay up to date on the latest polling results, analysis, events, and more from the Texas Politics Project.
