Considering the dataset in the average temperature question. For a d3 scatter plot of humidity, which yScale function does correctly find the value of Y on "03/O6/2022"? const margin -{ top: 100, bottom:100 const height- 1000; const yScale - ????? const humidity_on_date - data. filter(d-od.date"03/06/2022")[0][humidi ty'] console. log(yScale(humidity_on_date)) const yScale - d3 scalelinear(O domain(d3. extent (data, d-od. humidity)) range([height-margin top, margin.bottom]) - d3. scalel inear() domain(d3. extent(data,d-d. humidity)) range( (margin bottom, height-margin top]) const yScale const yScale - d3. scalelinear() domain((41, 86]) -range( [900, 100])

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Considering the dataset in the average temperature question. For a d3 scatter plot of humidity, which yScale function does correctly find the
value of Y on "03/06/2022"?
const margin ={
top: 100, bottom:100
const height
const yScale- ?????
const humidity_on_date - data. filter(dod.date"03/06/2022")[0]['humidi ty']
console. log(yScale(humidity_on_date))
1000;
const yScale - d3.scalelinear(O
domain(d3. extent (data, dod. humidity))
range([height-margin top, margin.bottom])
const yScale - d3.scalel inear()
domain(d3.extent(data, d->d.humidi ty))
range( (margin. bottom, height-margin top])
const yScale
domain([41, 86])
range( [900, 100])
d3 scalelinearO
choices 1 and 3
Transcribed Image Text:Considering the dataset in the average temperature question. For a d3 scatter plot of humidity, which yScale function does correctly find the value of Y on "03/06/2022"? const margin ={ top: 100, bottom:100 const height const yScale- ????? const humidity_on_date - data. filter(dod.date"03/06/2022")[0]['humidi ty'] console. log(yScale(humidity_on_date)) 1000; const yScale - d3.scalelinear(O domain(d3. extent (data, dod. humidity)) range([height-margin top, margin.bottom]) const yScale - d3.scalel inear() domain(d3.extent(data, d->d.humidi ty)) range( (margin. bottom, height-margin top]) const yScale domain([41, 86]) range( [900, 100]) d3 scalelinearO choices 1 and 3
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