Tarefa crb_papers.q009

Veredito

Pergunta feita ao analista

Among countries that adopted a parliamentary gender quota in 2002, how did their public-health spending share change from 2002 to 2003 relative to countries that never adopted a quota?

Como o agente resolveu e como foi validado

Resumo passo a passo do que o agente executou, por que o caminho está correto e como cada verificação conferiu o resultado.

1. 1Preparação da base de dados
   ds_0005— | Variable Name | Description | | --- | --- | | year | Calendar year of observation (1995–2012). Each row is a country–year. | | percenthealth | Share of total general government expenditure allocated to public health (%). Drawn from the World Bank’s World Development Indicators (sectoral spending as a fraction of total government spending). | | country | Country name corresponding to the national polity whose lower or single parliamentary chamber is referenced for legislative variables. | | ever_high_adopt_treat | Indicator equal to 1 if the country ever experienced a large first-year jump in women’s parliamentary seat share associated with the first election using a quota (above the sample mean “shock”) during 1995–2012; 0 otherwise. Time-invariant within a country. | | time_trend | Numeric time index equal to the calendar year, included to capture linear secular change. | | time_trend_2 | Square of the numeric time index (year^2), allowing flexible nonlinear trends over time. | | demlag | Democracy indicator lagged one year: 1 if the prior year’s Polity IV combined score was ≥ 6; 0 otherwise. | | dem_cumlag | Cumulative years of democracy since 1945 up through the previous year (count based on Polity IV threshold ≥ 6). | | autoclag | Autocracy indicator lagged one year: 1 if the prior year’s Polity IV combined score was ≤ −6; 0 otherwise. | | leftlag | Indicator lagged one year for whether the governing/prime minister’s party was coded as left-of-center in the Database of Political Institutions. | | left_cumlag | Cumulative years of left-leaning executive rule since 1945 up through the previous year (based on DPI coding). | | lnODAlag | Natural log of official development assistance received as a percentage of GDP, lagged one year (World Bank). | | lnOillag | Natural log of oil rents as a percentage of GDP, lagged one year (World Bank). Oil rents reflect the value of crude oil production minus costs as a share of the economy. | | lnTradelag | Natural log of total trade as a percentage of GDP, lagged one year (World Bank). Total trade is exports plus imports of goods and services. | | lnFDIlag | Natural log of foreign direct investment, net inflows, as a percentage of GDP, lagged one year (World Bank). | | increaselag | Percentage-point increase in women’s share of seats in the lower/single parliamentary chamber at the first election conducted under a gender quota (“quota shock”), lagged one year. Calculated as the difference between the last pre-quota election and the first quota-based election; coded 0 where no implementation occurred in the period. | | adopt_quotalag | Indicator for the presence of a parliamentary gender quota from the year of adoption onward, lagged one year. Adoption covers reserved-seat provisions, candidate-list gender requirements, and voluntary party quotas that collectively cover at least ~30% of lower-house seats; compiled from the International IDEA Quota Project and harmonized scholarly sources. | Dataset Context: This dataset is a country–year panel spanning 1995–2012, a period marked by widespread introduction and use of electoral gender quota policies across regions. Fiscal variables come from the World Bank’s World Development Indicators, which report sectoral expenditures as shares of total general government spending. The health-spending series used here captures the proportion of national budgets allocated to public health, including both recurrent and capital outlays, enabling consistent comparison across countries and years. Information on quota policies—adoption dates, first election under a quota, and the magnitude of changes in women’s legislative representation—was compiled from public administrative and research sources, notably the International IDEA Quota Project, and cross-checked with scholarly datasets and case documentation. Adoption covers three institutional designs: reserved seats for women, legal candidate-list requirements, and voluntary party quotas that meet a threshold of parliamentary seat coverage. In many systems, there is a lag between legal adoption and first use in an election; some adopters did not functionally implement quotas within the 1995–2012 window. Legislative composition is measured for the lower or single parliamentary chamber. The dataset includes a derived “quota shock” measure that records the first percentage-point jump in women’s seat share at the initial quota-based election; this value reflects the immediate numerical change produced by the reform in each country. To align political and economic covariates with subsequent budgeting, several variables are lagged one year. Regime characteristics (democracy/autocracy status and cumulative democratic experience) are drawn from Polity IV. Governing party ideology is coded using the Database of Political Institutions. Macroeconomic indicators—official development assistance, oil rents, trade openness, and foreign direct investment—come from the World Bank and are expressed as percentages of GDP with natural-log transformations. The panel also includes linear and quadratic time indices to summarize long-run temporal patterns. Coverage emphasizes countries with available fiscal and political data in the post-1995 period. Some early quota adopters prior to 1995 are outside scope to maintain consistent timing and measurement. As with most cross-national administrative series, occasional missingness may reflect gaps in national reporting or differences in when reforms occurred relative to fiscal years. Overall, the file provides a harmonized basis for examining how legislative reforms and macro-political contexts coincide with evolving public budget compositions worldwide.
   ref_a_pre
   ref_c_post
   ref_never
   ref_panel
   ref_t_post
   Transformação "dropna" aplicada à base "ref_a_pre" (2481 → 2474 linhas). {"columns":["percenthealth","year","country"]}
   Transformação "filter" aplicada à base "ref_a_pre" (2474 → 113 linhas). {"query":"year == 2002 and adopt_quotalag == 0"}
   Transformação "collapse" aplicada à base "ref_a_pre" (113 → 113 linhas). {"aggs":[{"column":"adopt_quotalag","fn":"count","name":"a_pre"}],"by":["country"]}
   Transformação "dropna" aplicada à base "ref_t_post" (2481 → 2474 linhas). {"columns":["percenthealth","year","country"]}
   Transformação "filter" aplicada à base "ref_t_post" (2474 → 29 linhas). {"query":"year == 2003 and adopt_quotalag == 1"}
   Transformação "collapse" aplicada à base "ref_t_post" (29 → 29 linhas). {"aggs":[{"column":"adopt_quotalag","fn":"count","name":"t_post"}],"by":["country"]}
   Transformação "dropna" aplicada à base "ref_c_post" (2481 → 2474 linhas). {"columns":["percenthealth","year","country"]}
   Transformação "filter" aplicada à base "ref_c_post" (2474 → 109 linhas). {"query":"year == 2003 and adopt_quotalag == 0"}
   Transformação "collapse" aplicada à base "ref_c_post" (109 → 109 linhas). {"aggs":[{"column":"adopt_quotalag","fn":"count","name":"c_post"}],"by":["country"]}
   Transformação "dropna" aplicada à base "ref_never" (2481 → 2474 linhas). {"columns":["percenthealth","year","country"]}
   Transformação "collapse" aplicada à base "ref_never" (2474 → 139 linhas). {"aggs":[{"column":"adopt_quotalag","fn":"max","name":"amax"}],"by":["country"]}
   Transformação "derive" aplicada à base "ref_never" (139 → 139 linhas). {"args":{"column":"amax","default":0,"keep_unmapped":false,"mapping":[{"source":0,"target":1}]},"name":"never","op":"map"}
   Transformação "dropna" aplicada à base "ref_panel" (2481 → 2474 linhas). {"columns":["percenthealth","year","country"]}
   Transformação "filter" aplicada à base "ref_panel" (2474 → 275 linhas). {"query":"year in [2002, 2003]"}
   Transformação "merge" aplicada à base "ref_panel" (275 → 275 linhas). {"how":"left","on":["country"],"with":"ref_a_pre"}
   Transformação "merge" aplicada à base "ref_panel" (275 → 275 linhas). {"how":"left","on":["country"],"with":"ref_t_post"}
   Transformação "merge" aplicada à base "ref_panel" (275 → 275 linhas). {"how":"left","on":["country"],"with":"ref_c_post"}
   Transformação "merge" aplicada à base "ref_panel" (275 → 275 linhas). {"how":"left","on":["country"],"with":"ref_never"}
   Transformação "filter" aplicada à base "ref_panel" (275 → 166 linhas). {"query":"a_pre == a_pre and (t_post == t_post or (c_post == c_post and never == 1))"}
   Transformação "derive" aplicada à base "ref_panel" (166 → 166 linhas). {"args":{"cmp":"ge","column":"t_post","value":1},"name":"treat","op":"indicator"}
   Transformação "derive" aplicada à base "ref_panel" (166 → 166 linhas). {"args":{"column":"treat","default":0,"keep_unmapped":false,"mapping":[{"source":1,"target":1}]},"name":"treat","op":"map"}
   Transformação "derive" aplicada à base "ref_panel" (166 → 166 linhas). {"args":{"cmp":"eq","column":"year","value":2003},"name":"post","op":"indicator"}
   Transformação "derive" aplicada à base "ref_panel" (166 → 166 linhas). {"args":{"columns":["treat","post"]},"name":"treat_post","op":"interaction"}
2. 2Chamada que gerou a resposta finalinfer.ols(Regressão linear por mínimos quadrados ordinários (MQO))citada na respostacoincide com a referência

   Ver chamada call_7a8a6623 nos detalhes

   OLS of patsy 'percenthealth ~ treat + post + treat:post + controls', cluster by country

   Por que este é o caminho de referência: OLS of patsy 'percenthealth ~ treat + post + treat:post + controls', cluster by country
   Argumentos principais

   cluster:

   "country"

   controls:

   ["treat","post","demlag","dem_cumlag","autoclag","leftlag","left_cumlag","lnODAlag","lnOillag","lnTradelag"]

   dataset:

   "ref_panel"

   intercept:

   true

   level:

   0,950.95

   se:

   "HC1"

   x:

   ["treat_post"]

   y:

   "percenthealth"

   Resultado calculado

   • coef.treat_post = -0,682228 -0.6822284477563306
     Coefficient on treat_post in the regression of percenthealth
   Diagnósticos: n_obs = 166166 (observations used) · k = 1212 (parameters estimated, fixed-effect dummies included) · r2 = 0,1826830.1826829605646204 · df_resid = 154154 · se_type = "cluster" (cluster-robust standard errors (CR1) by 'country') · n_clusters = 8383 (83 clusters of 'country')
3. 3Conferência de lastro e resposta final

   Todos os 1 números escritos na resposta foram conferidos contra as ferramentas e o enunciado (nenhum número sem lastro).

   Números encontrados: -0,6822
   Figuras citadas: call_7a8a6623:coef.treat_post
   • ✓
     #0resposta com lastro

     every number traced to a tool call or the question
   • ✓
     #1figura da resposta próxima

     CRB estimate_within_solution_ci: the answer figure inside the gold 95% interval effect ± 1.96·|SE| of source crb_papers.q009.gold (closed, evaluate_result.py; no --auto-rescale)
   • ✓
     #2figura da resposta próxima

     replication cell: the gold effect to rel 1e-6 (abs floor 1e-6·SE); never required
   • ✓
     #3figura da resposta próxima

     replication cell: the gold SE to rel 1e-6; never required

Valores esperados e de onde vêm

Verificações

Caminho de referência e caminho do agente

A chamada de referência ao lado da chamada que deu a resposta, argumento por argumento.

Trajetória

Cada evento na ordem em que aconteceu: turnos do modelo, chamadas de ferramentas, guardas, transformações e pontuação.

1. 0Início

   Among countries that adopted a parliamentary gender quota in 2002, how did their public-health spending share change from 2002 to 2003 relative to countries that never adopted a quota?

   ds_0005 (agent)

   | Variable Name | Description | | --- | --- | | year | Calendar year of observation (1995–2012). Each row is a country–year. | | percenthealth | Share of total general government expenditure allocated to public health (%). Drawn from the World Bank’s World Development Indicators (sectoral spending as a fraction of total government spending). | | country | Country name corresponding to the national polity whose lower or single parliamentary chamber is referenced for legislative variables. | | ever_high_adopt_treat | Indicator equal to 1 if the country ever experienced a large first-year jump in women’s parliamentary seat share associated with the first election using a quota (above the sample mean “shock”) during 1995–2012; 0 otherwise. Time-invariant within a country. | | time_trend | Numeric time index equal to the calendar year, included to capture linear secular change. | | time_trend_2 | Square of the numeric time index (year^2), allowing flexible nonlinear trends over time. | | demlag | Democracy indicator lagged one year: 1 if the prior year’s Polity IV combined score was ≥ 6; 0 otherwise. | | dem_cumlag | Cumulative years of democracy since 1945 up through the previous year (count based on Polity IV threshold ≥ 6). | | autoclag | Autocracy indicator lagged one year: 1 if the prior year’s Polity IV combined score was ≤ −6; 0 otherwise. | | leftlag | Indicator lagged one year for whether the governing/prime minister’s party was coded as left-of-center in the Database of Political Institutions. | | left_cumlag | Cumulative years of left-leaning executive rule since 1945 up through the previous year (based on DPI coding). | | lnODAlag | Natural log of official development assistance received as a percentage of GDP, lagged one year (World Bank). | | lnOillag | Natural log of oil rents as a percentage of GDP, lagged one year (World Bank). Oil rents reflect the value of crude oil production minus costs as a share of the economy. | | lnTradelag | Natural log of total trade as a percentage of GDP, lagged one year (World Bank). Total trade is exports plus imports of goods and services. | | lnFDIlag | Natural log of foreign direct investment, net inflows, as a percentage of GDP, lagged one year (World Bank). | | increaselag | Percentage-point increase in women’s share of seats in the lower/single parliamentary chamber at the first election conducted under a gender quota (“quota shock”), lagged one year. Calculated as the difference between the last pre-quota election and the first quota-based election; coded 0 where no implementation occurred in the period. | | adopt_quotalag | Indicator for the presence of a parliamentary gender quota from the year of adoption onward, lagged one year. Adoption covers reserved-seat provisions, candidate-list gender requirements, and voluntary party quotas that collectively cover at least ~30% of lower-house seats; compiled from the International IDEA Quota Project and harmonized scholarly sources. | Dataset Context: This dataset is a country–year panel spanning 1995–2012, a period marked by widespread introduction and use of electoral gender quota policies across regions. Fiscal variables come from the World Bank’s World Development Indicators, which report sectoral expenditures as shares of total general government spending. The health-spending series used here captures the proportion of national budgets allocated to public health, including both recurrent and capital outlays, enabling consistent comparison across countries and years. Information on quota policies—adoption dates, first election under a quota, and the magnitude of changes in women’s legislative representation—was compiled from public administrative and research sources, notably the International IDEA Quota Project, and cross-checked with scholarly datasets and case documentation. Adoption covers three institutional designs: reserved seats for women, legal candidate-list requirements, and voluntary party quotas that meet a threshold of parliamentary seat coverage. In many systems, there is a lag between legal adoption and first use in an election; some adopters did not functionally implement quotas within the 1995–2012 window. Legislative composition is measured for the lower or single parliamentary chamber. The dataset includes a derived “quota shock” measure that records the first percentage-point jump in women’s seat share at the initial quota-based election; this value reflects the immediate numerical change produced by the reform in each country. To align political and economic covariates with subsequent budgeting, several variables are lagged one year. Regime characteristics (democracy/autocracy status and cumulative democratic experience) are drawn from Polity IV. Governing party ideology is coded using the Database of Political Institutions. Macroeconomic indicators—official development assistance, oil rents, trade openness, and foreign direct investment—come from the World Bank and are expressed as percentages of GDP with natural-log transformations. The panel also includes linear and quadratic time indices to summarize long-run temporal patterns. Coverage emphasizes countries with available fiscal and political data in the post-1995 period. Some early quota adopters prior to 1995 are outside scope to maintain consistent timing and measurement. As with most cross-national administrative series, occasional missingness may reflect gaps in national reporting or differences in when reforms occurred relative to fiscal years. Overall, the file provides a harmonized basis for examining how legislative reforms and macro-political contexts coincide with evolving public budget compositions worldwide.

   file 1cbd3916e41bbdaefe88cecac281fdfc042a1d9424b7a7c5db2963e596c199ee · frame —

   ref_a_pre (reference)

   file 1cbd3916e41bbdaefe88cecac281fdfc042a1d9424b7a7c5db2963e596c199ee · frame —

   1. dropna {"columns":["percenthealth","year","country"]}
   2. filter {"query":"year == 2002 and adopt_quotalag == 0"}
   3. collapse {"aggs":[{"column":"adopt_quotalag","fn":"count","name":"a_pre"}],"by":["country"]}

   ref_c_post (reference)

   file 1cbd3916e41bbdaefe88cecac281fdfc042a1d9424b7a7c5db2963e596c199ee · frame —

   1. dropna {"columns":["percenthealth","year","country"]}
   2. filter {"query":"year == 2003 and adopt_quotalag == 0"}
   3. collapse {"aggs":[{"column":"adopt_quotalag","fn":"count","name":"c_post"}],"by":["country"]}

   ref_never (reference)

   file 1cbd3916e41bbdaefe88cecac281fdfc042a1d9424b7a7c5db2963e596c199ee · frame —

   1. dropna {"columns":["percenthealth","year","country"]}
   2. collapse {"aggs":[{"column":"adopt_quotalag","fn":"max","name":"amax"}],"by":["country"]}
   3. derive {"args":{"column":"amax","default":0,"keep_unmapped":false,"mapping":[{"source":0,"target":1}]},"name":"never","op":"map"}

   ref_panel (reference)

   file 1cbd3916e41bbdaefe88cecac281fdfc042a1d9424b7a7c5db2963e596c199ee · frame —

   1. dropna {"columns":["percenthealth","year","country"]}
   2. filter {"query":"year in [2002, 2003]"}
   3. merge {"how":"left","on":["country"],"with":"ref_a_pre"}
   4. merge {"how":"left","on":["country"],"with":"ref_t_post"}
   5. merge {"how":"left","on":["country"],"with":"ref_c_post"}
   6. merge {"how":"left","on":["country"],"with":"ref_never"}
   7. filter {"query":"a_pre == a_pre and (t_post == t_post or (c_post == c_post and never == 1))"}
   8. derive {"args":{"cmp":"ge","column":"t_post","value":1},"name":"treat","op":"indicator"}
   9. derive {"args":{"column":"treat","default":0,"keep_unmapped":false,"mapping":[{"source":1,"target":1}]},"name":"treat","op":"map"}
   10. derive {"args":{"cmp":"eq","column":"year","value":2003},"name":"post","op":"indicator"}
   11. derive {"args":{"columns":["treat","post"]},"name":"treat_post","op":"interaction"}

   ref_t_post (reference)

   file 1cbd3916e41bbdaefe88cecac281fdfc042a1d9424b7a7c5db2963e596c199ee · frame —

   1. dropna {"columns":["percenthealth","year","country"]}
   2. filter {"query":"year == 2003 and adopt_quotalag == 1"}
   3. collapse {"aggs":[{"column":"adopt_quotalag","fn":"count","name":"t_post"}],"by":["country"]}
2. 1Transformação
   ref_a_pre · dropna {"columns":["percenthealth","year","country"]}

   2481 → 2474 linhas

   Frame antes → depois: cabc9e8f74fe → 65e201d72a85
3. 2Transformação
   ref_a_pre · filter {"query":"year == 2002 and adopt_quotalag == 0"}

   2474 → 113 linhas

   Frame antes → depois: 65e201d72a85 → 62010f1be830
4. 3Transformação
   ref_a_pre · collapse {"aggs":[{"column":"adopt_quotalag","fn":"count","name":"a_pre"}],"by":["country"]}

   113 → 113 linhas

   Frame antes → depois: 62010f1be830 → 5467d81ba153
5. 4Transformação
   ref_t_post · dropna {"columns":["percenthealth","year","country"]}

   2481 → 2474 linhas

   Frame antes → depois: cabc9e8f74fe → 65e201d72a85
6. 5Transformação
   ref_t_post · filter {"query":"year == 2003 and adopt_quotalag == 1"}

   2474 → 29 linhas

   Frame antes → depois: 65e201d72a85 → c81dc003e4d7
7. 6Transformação
   ref_t_post · collapse {"aggs":[{"column":"adopt_quotalag","fn":"count","name":"t_post"}],"by":["country"]}

   29 → 29 linhas

   Frame antes → depois: c81dc003e4d7 → 107aba910f0f
8. 7Transformação
   ref_c_post · dropna {"columns":["percenthealth","year","country"]}

   2481 → 2474 linhas

   Frame antes → depois: cabc9e8f74fe → 65e201d72a85
9. 8Transformação
   ref_c_post · filter {"query":"year == 2003 and adopt_quotalag == 0"}

   2474 → 109 linhas

   Frame antes → depois: 65e201d72a85 → bb99aec42f74
10. 9Transformação
    ref_c_post · collapse {"aggs":[{"column":"adopt_quotalag","fn":"count","name":"c_post"}],"by":["country"]}

    109 → 109 linhas

    Frame antes → depois: bb99aec42f74 → 8beb18dd2d20
11. 10Transformação
    ref_never · dropna {"columns":["percenthealth","year","country"]}

    2481 → 2474 linhas

    Frame antes → depois: cabc9e8f74fe → 65e201d72a85
12. 11Transformação
    ref_never · collapse {"aggs":[{"column":"adopt_quotalag","fn":"max","name":"amax"}],"by":["country"]}

    2474 → 139 linhas

    Frame antes → depois: 65e201d72a85 → be8251e9423b
13. 12Transformação
    ref_never · derive {"args":{"column":"amax","default":0,"keep_unmapped":false,"mapping":[{"source":0,"target":1}]},"name":"never","op":"map"}

    139 → 139 linhas

    Frame antes → depois: be8251e9423b → a7eb1c0a0267
14. 13Transformação
    ref_panel · dropna {"columns":["percenthealth","year","country"]}

    2481 → 2474 linhas

    Frame antes → depois: cabc9e8f74fe → 65e201d72a85
15. 14Transformação
    ref_panel · filter {"query":"year in [2002, 2003]"}

    2474 → 275 linhas

    Frame antes → depois: 65e201d72a85 → 488eda1eb5d4
16. 15Transformação
    ref_panel · merge {"how":"left","on":["country"],"with":"ref_a_pre"}

    275 → 275 linhas

    Frame antes → depois: 488eda1eb5d4 → cd45c36cbcd1
17. 16Transformação
    ref_panel · merge {"how":"left","on":["country"],"with":"ref_t_post"}

    275 → 275 linhas

    Frame antes → depois: cd45c36cbcd1 → 1057ed2c157c
18. 17Transformação
    ref_panel · merge {"how":"left","on":["country"],"with":"ref_c_post"}

    275 → 275 linhas

    Frame antes → depois: 1057ed2c157c → 4d70ade2bbb1
19. 18Transformação
    ref_panel · merge {"how":"left","on":["country"],"with":"ref_never"}

    275 → 275 linhas

    Frame antes → depois: 4d70ade2bbb1 → bb16ad87d569
20. 19Transformação
    ref_panel · filter {"query":"a_pre == a_pre and (t_post == t_post or (c_post == c_post and never == 1))"}

    275 → 166 linhas

    Frame antes → depois: bb16ad87d569 → f11dfc32d67d
21. 20Transformação
    ref_panel · derive {"args":{"cmp":"ge","column":"t_post","value":1},"name":"treat","op":"indicator"}

    166 → 166 linhas

    Frame antes → depois: f11dfc32d67d → ff6ec34f2376
22. 21Transformação
    ref_panel · derive {"args":{"column":"treat","default":0,"keep_unmapped":false,"mapping":[{"source":1,"target":1}]},"name":"treat","op":"map"}

    166 → 166 linhas

    Frame antes → depois: ff6ec34f2376 → 5dec5ba96191
23. 22Transformação
    ref_panel · derive {"args":{"cmp":"eq","column":"year","value":2003},"name":"post","op":"indicator"}

    166 → 166 linhas

    Frame antes → depois: 5dec5ba96191 → 45b3746bb6bb
24. 23Transformação
    ref_panel · derive {"args":{"columns":["treat","post"]},"name":"treat_post","op":"interaction"}

    166 → 166 linhas

    Frame antes → depois: 45b3746bb6bb → c03563231112
25. 24Turno do modelo
    call_2938911dreferenceFim: tool_use0 ms0 de entrada · 0 de saída · 0 de raciocínio · 0 em cache

    Texto visível

    OLS of patsy 'percenthealth ~ treat + post + treat:post + controls', cluster by country

    Chamadas pedidas

    • infer.ols

      {
        "cluster": "country",
        "controls": [
          "treat",
          "post",
          "demlag",
          "dem_cumlag",
          "autoclag",
          "leftlag",
          "left_cumlag",
          "lnODAlag",
          "lnOillag",
          "lnTradelag"
        ],
        "dataset": "ref_panel",
        "x": [
          "treat_post"
        ],
        "y": "percenthealth"
      }

    Mensagens (formato neutro)Instruções do sistemaFerramentas oferecidas
26. 25Ferramenta
    infer.ols— Regressão linear por mínimos quadrados ordinários (MQO)v0.1.0call_7a8a6623decidido pelo modeloreexecutável

    Motivo: OLS of patsy 'percenthealth ~ treat + post + treat:post + controls', cluster by country

    Argumentos

    {
      "cluster": "country",
      "controls": [
        "treat",
        "post",
        "demlag",
        "dem_cumlag",
        "autoclag",
        "leftlag",
        "left_cumlag",
        "lnODAlag",
        "lnOillag",
        "lnTradelag"
      ],
      "dataset": "ref_panel",
      "fe": [],
      "intercept": true,
      "level": 0.95,
      "se": "HC1",
      "subset": null,
      "weights": null,
      "x": [
        "treat_post"
      ],
      "y": "percenthealth"
    }

    Figuras call_7a8a6623

    Chave	Valor	Valor bruto	Erro-padrão	IC
    coef.treat_post Coefficient on treat_post in the regression of percenthealth	-0,682228	-0.6822284477563306	0,6268950.6268949249795995	-1,92932 – 0,564865

    Diagnósticos

    • n_obs = 166166 (observations used)
    • k = 1212 (parameters estimated, fixed-effect dummies included)
    • r2 = 0,1826830.1826829605646204
    • df_resid = 154154
    • se_type = "cluster" (cluster-robust standard errors (CR1) by 'country')
    • n_clusters = 8383 (83 clusters of 'country')

    Derivação matemática e pressupostos

    coef.treat_post

    1. Coeficiente de treat_post na regressão por mínimos quadrados ordinários de percenthealth.→ -0,682228 (-0.6822284477563306)
    2. Erro-padrão robusto por conglomerado (CR1): a raiz da variância estimada do coeficiente.ep = √V_jj→ 0,626895 (0.6268949249795995)
    3. Intervalo de 95% de confiança: a estimativa mais ou menos o valor crítico da distribuição t de Student com 82 graus de liberdade vezes o erro-padrão.IC = β ± c · ep

    Pressupostos do estimador

    • the conditional mean of the outcome is linear in the regressors
    • errors are independent across clusters of 'country' and may be correlated within them

    Tabelas (1)

    {
      "coefficients": [
        {
          "ci_high": 16.163202025811394,
          "ci_low": 2.269069638317176,
          "coef": 9.216135832064285,
          "p": 0.00994717658661998,
          "se": 3.4921838781551036,
          "t": 2.6390751900879588,
          "term": "Intercept"
        },
        {
          "ci_high": 0.564865259880326,
          "ci_low": -1.9293221553929873,
          "coef": -0.6822284477563306,
          "p": 0.27966593027420666,
          "se": 0.6268949249795995,
          "t": -1.088266024451437,
          "term": "treat_post"
        },
        {
          "ci_high": 0.6783496529202799,
          "ci_low": -2.979848135123854,
          "coef": -1.150749241101787,
          "p": 0.21429286056218988,
          "se": 0.9194600268822075,
          "t": -1.2515489607567356,
          "term": "treat"
        },
        {
          "ci_high": 0.8363710255197859,
          "ci_low": -0.11968299597258891,
          "coef": 0.3583440147735985,
          "p": 0.13973151395198324,
          "se": 0.24029686398454964,
          "t": 1.4912554780433545,
          "term": "post"
        },
        {
          "ci_high": 3.0638878538469747,
          "ci_low": -1.4357967220085222,
          "coef": 0.8140455659192264,
          "p": 0.4737058246573389,
          "se": 1.1309612931808037,
          "t": 0.7197819861984323,
          "term": "demlag"
        },
        {
          "ci_high": 0.059943068603508114,
          "ci_low": -0.054352488196163735,
          "coef": 0.002795290203672189,
          "p": 0.9227222098934585,
          "se": 0.02872731378029998,
          "t": 0.0973042667702918,
          "term": "dem_cumlag"
        },
        {
          "ci_high": -0.37209799608178384,
          "ci_low": -4.596577689173818,
          "coef": -2.484337842627801,
          "p": 0.021727816872998046,
          "se": 1.0617906513607243,
          "t": -2.339762399908145,
          "term": "autoclag"
        },
        {
          "ci_high": 2.56500091663057,
          "ci_low": -1.5582516363108843,
          "coef": 0.503374640159843,
          "p": 0.6284612838043363,
          "se": 1.0363479841248928,
          "t": 0.48571970792696606,
          "term": "leftlag"
        },
        {
          "ci_high": 0.07685146531752836,
          "ci_low": -0.1281647220439731,
          "coef": -0.02565662836322237,
          "p": 0.61988429995171,
          "se": 0.051529250211339216,
          "t": -0.4979041662355981,
          "term": "left_cumlag"
        },
        {
          "ci_high": 0.005656117766340479,
          "ci_low": -0.2903709232369155,
          "coef": -0.14235740273528752,
          "p": 0.0591996680770473,
          "se": 0.07440413199315793,
          "t": -1.9132996907803246,
          "term": "lnODAlag"
        },
        {
          "ci_high": 0.21463321607167313,
          "ci_low": -0.10452851118695922,
          "coef": 0.05505235244235696,
          "p": 0.4944744799060531,
          "se": 0.08021885839089396,
          "t": 0.6862769372021658,
          "term": "lnOillag"
        },
        {
          "ci_high": 1.553675289734553,
          "ci_low": -1.4172980008930058,
          "coef": 0.06818864442077355,
          "p": 0.9274640847343396,
          "se": 0.7467314070864502,
          "t": 0.09131615969767191,
          "term": "lnTradelag"
        }
      ]
    }

    Hashes SHA-256 e metadados de reprodução

    Digests dos dados

    ref_panel c03563231112e39ec405fef4b2e27e8c7f5c9dc702f921ad7378903b90e61401

    sha256 do resultado

    6aa85d6de95680d2f3d323b32558f2636985b02f84b67a94ebf18d2660fe799e

    Resultado mostrado ao modelo
27. 26Turno do modelo
    call_b974af66referenceFim: tool_use0 ms0 de entrada · 0 de saída · 0 de raciocínio · 0 em cache

    Chamadas pedidas

    • submit_answer (meta-ferramenta)

      {
        "answer": "Estimativa (infer.ols): coef.treat_post = -0,6822. Reference path transcribed from the item's own estimation script.",
        "caveats": [],
        "figure_refs": [
          "call_7a8a6623:coef.treat_post"
        ]
      }

    Mensagens (formato neutro)Instruções do sistemaFerramentas oferecidas
28. 27Guarda
    resposta aceita

    Números encontrados

    -0,6822

    Sem lastro

    —

    Não citados

    —

    1 nova(s) tentativa(s) restante(s)
29. 28Resposta

    Estimativa (infer.ols): coef.treat_post = -0,6822. Reference path transcribed from the item's own estimation script.

    Figuras citadas: call_7a8a6623:coef.treat_post · Parada: answered

    Figura da resposta: call_7a8a6623:coef.treat_post = -0,682228-0.6822284477563306 (se 0,6268950.6268949249795995)
30. 29Pontuação
    #0resposta com lastropassouobrigatóriaevery number backed
31. 30Pontuação
    #1figura da resposta próximapassouobrigatória-0.6822284478 in [-1.910942501, 0.5464856052]?
32. 31Pontuação
    #2figura da resposta próximapassouregistrada-0.6822284478 vs -0.6822284477563296
33. 32Pontuação
    #3figura da resposta próximapassouregistrada0.626894925 vs 0.6268949249795996

Épocas × verificações

Tentativas

Cada tentativa é seu próprio arquivo e é publicada; só a última de cada época é pontuada.

• época 1, tentativa 1passoupontuada(exibindo)

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