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least-squares-regression-strings_en.json
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least-squares-regression-strings_en.json
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{
"least-squares-regression.title": {
"value": "Least-Squares Regression"
},
"bestFitLine": {
"value": "Best-Fit Line"
},
"myLine": {
"value": "My Line"
},
"residuals": {
"value": "Residuals"
},
"squaredResiduals": {
"value": "Squared Residuals"
},
"sum": {
"value": "sum"
},
"a": {
"value": "a"
},
"b": {
"value": "b"
},
"symbol.x": {
"value": "x"
},
"symbol.y": {
"value": "y"
},
"questionMark": {
"value": "?"
},
"sourcePattern": {
"value": "Source: {0}"
},
"symbol.r": {
"value": "r"
},
"correlationCoefficient": {
"value": "Correlation\nCoefficient"
},
"custom.graphTitle": {
"value": "Custom"
},
"temperatureFahrenheitLatitude.graphTitle": {
"value": "Temperature (˚F) vs. Latitude"
},
"temperatureFahrenheitLatitude.xAxisTitle": {
"value": "Latitude"
},
"temperatureFahrenheitLatitude.yAxisTitle": {
"value": "Average January Temperature (˚F)"
},
"temperatureFahrenheitLatitude.reference": {
"value": "Average January temperature in fifty\nmajor US cities compared to their latitudes."
},
"temperatureFahrenheitLongitude.graphTitle": {
"value": "Temperature (˚F) vs. Longitude"
},
"temperatureFahrenheitLongitude.xAxisTitle": {
"value": "Longitude"
},
"temperatureFahrenheitLongitude.yAxisTitle": {
"value": "Average January Temperature (˚F)"
},
"temperatureFahrenheitLongitude.reference": {
"value": "Average January temperature in fifty\nmajor US cities compared to their longitudes."
},
"temperatureCelsiusLatitude.graphTitle": {
"value": "Temperature (˚C) vs. Latitude"
},
"temperatureCelsiusLatitude.xAxisTitle": {
"value": "Latitude"
},
"temperatureCelsiusLatitude.yAxisTitle": {
"value": "Average January Temperature (˚C)"
},
"temperatureCelsiusLatitude.reference": {
"value": "Average January temperature in fifty\nmajor US cities compared to their latitudes."
},
"temperatureCelsiusLongitude.graphTitle": {
"value": "Temperature (˚C) vs. Longitude"
},
"temperatureCelsiusLongitude.xAxisTitle": {
"value": "Longitude"
},
"temperatureCelsiusLongitude.yAxisTitle": {
"value": "Average January Temperature (˚C)"
},
"temperatureCelsiusLongitude.reference": {
"value": "Average January temperature in fifty\nmajor US cities compared to their longitudes."
},
"spendingSalary.graphTitle": {
"value": "Spending vs. Salaries"
},
"spendingSalary.xAxisTitle": {
"value": "Average Teacher Salaries (USD) in thousands"
},
"spendingSalary.yAxisTitle": {
"value": "Average State Expenditure Per Pupil (USD) in thousands"
},
"spendingSalary.reference": {
"value": "Average per pupil expenditure in 50 US states is compared to\naverage teacher salaries in those states in 1986."
},
"wageYear.graphTitle": {
"value": "Minimum Wage vs. Time"
},
"wageYear.xAxisTitle": {
"value": "Years Since 1947"
},
"wageYear.yAxisTitle": {
"value": "Minimum Wage (USD) Adjusted for Inflation"
},
"wageYear.reference": {
"value": "The value of minimum wage in the US from \n1947-2005, adjusted for inflation."
},
"mortalityYear.graphTitle": {
"value": "Manatee Mortality vs. Time"
},
"mortalityYear.xAxisTitle": {
"value": "Years since 1974"
},
"mortalityYear.yAxisTitle": {
"value": "Number of Manatee Mortalities"
},
"mortalityYear.reference": {
"value": "Total manatee mortality in Florida from 1974-2004."
},
"userYear.graphTitle": {
"value": "Internet Users vs. Time"
},
"userYear.xAxisTitle": {
"value": "Years Since 1990"
},
"userYear.yAxisTitle": {
"value": "Total Internet Users (in billions)"
},
"userYear.reference": {
"value": "Total global internet users from 1990-2010."
},
"gasolineYear.graphTitle": {
"value": "US Gasoline Price vs. Time"
},
"gasolineYear.xAxisTitle": {
"value": "Years Since 1979"
},
"gasolineYear.yAxisTitle": {
"value": "Price per Gallon (USD)"
},
"gasolineYear.reference": {
"value": "Average yearly price of gasoline from\n1979-2014, not adjusted for inflation."
},
"lifeTV.graphTitle": {
"value": "Life Expectancy vs. TVs"
},
"lifeTV.xAxisTitle": {
"value": "Average Number of People Per TV"
},
"lifeTV.yAxisTitle": {
"value": "Life Expectancy (years)"
},
"lifeTV.reference": {
"value": "Life expectancy in 40 countries is compared to\nthe average number of people per TV in that country."
},
"speedDistance.graphTitle": {
"value": "Orbital Speed vs. Distance from Sun"
},
"speedDistance.xAxisTitle": {
"value": "Distance from Sun (AU)"
},
"speedDistance.yAxisTitle": {
"value": "Mean Orbital Speed (km/s)"
},
"speedDistance.reference": {
"value": "Planet orbital speed by distance from Sun."
},
"temperatureFahrenheitChirp.graphTitle": {
"value": "Temperature (˚F) vs. Cricket Chirps"
},
"temperatureFahrenheitChirp.xAxisTitle": {
"value": "Number of Cricket Chirps in 15 Seconds"
},
"temperatureFahrenheitChirp.yAxisTitle": {
"value": "Temperature (˚F)"
},
"temperatureFahrenheitChirp.reference": {
"value": "The number of cricket chirps in a 15 second\nperiod are compared to the temperature at the same time."
},
"temperatureCelsiusChirp.graphTitle": {
"value": "Temperature (˚C) vs. Cricket Chirps"
},
"temperatureCelsiusChirp.xAxisTitle": {
"value": "Number of Cricket Chirps in 15 Seconds"
},
"temperatureCelsiusChirp.yAxisTitle": {
"value": "Temperature (˚C)"
},
"temperatureCelsiusChirp.reference": {
"value": "The number of cricket chirps in a 15 second\nperiod are compared to the temperature at the same time."
},
"heightShoe.graphTitle": {
"value": "Height vs. Shoe Size"
},
"heightShoe.xAxisTitle": {
"value": "Shoe Size (US)"
},
"heightShoe.yAxisTitle": {
"value": "Height (in)"
},
"heightShoe.reference": {
"value": "Shoe size used to predict height."
}
}