A researcher studied the relationship between the number of times a certain species of cricket will chirp in one minute and the temperature outside. Her data is expressed in the scatter plot and line of best fit below. Based on the line of best fit, what temperature would it most likely be outside if this same species of cricket were measured to chirp 140 times in one minute?56637077849198105112119126133485052545658606264666870

A researcher studied the relationship between the number of times a certain species of cricket will chirp in one minute and the temperature outside. Her data is expressed in the scatter plot and line of best fit below. What does the point left bracket, 134, comma, 75, point, 6, right bracket(134,75.6) represent?

Dolbear’s Law states that the outside air temperature can be determined using the number of times crickets chirp per minute and this formula. where:the temperature in °C, and the number of chirps per minute.Question promptOne evening, a cricket was heard chirping 12 times per minute.What was the temperature that evening?Question response areaSelect one option–4 °C6 °C14 °C54 °C

Adrian records the number of chirps per minute ( x ) that crickets make at different temperatures ( y ).He determines that the association is linear and that the line of best fit is 𝑦=15𝑥+50y= 51​ x+50.What is the interpretation of the slope and y-intercept of this equation?Click here for long descriptionA.The slope predicts a temperature increase of about 1° for every increase of 50 chirps per minute. The y-intercept shows that when the crickets are not chirping (x = 0), the temperature is 1551​ °.B.The slope predicts a temperature increase of about 1551​ ° for every increase of 1 chirp per minute. The y-intercept shows that when the crickets are not chirping (x = 0), the temperature is 50°.C.The slope predicts a temperature increase of about 50° for every increase of 1 chirp per minute. The y-intercept shows that when the crickets are not chirping (x = 0), the temperature is 0°.D.The chirping increases as the temperature goes down.

The graph below shows the skin temperature of a 15g ectothermic animal (blue line) relative to air temperature (red line) for 20 days in July in the southern hemisphere.If metabolic rate (J/hr) were to be added to this graph, what kind of pattern it would follow?Group of answer choicesIncreasing during the nightOpposite pattern to environmental temperatureSimilar pattern to environmental temperatureStable around environmental temperature

The scatterplot below shows the temperatures of a cup of hot cocoa after it is poured into a serving cup. The hot cocoa starts at approximately 180º F, but the temperature decreases over time.Use the graph and trend line equation, 𝑦=171.46𝑒−0.012𝑥 , to estimate the temperature of the hot cocoa after 38 minutes.(Round your answer to the nearest whole degree)