Mathematics

Mathematics, 17.10.2019 04:10, dummyboi57

The table shows how the number of cricket chirps per minute changes with the air temperature.

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Mathematics, 04.07.2019 01:50, anonymous1813

According to dolbear’s law, you can predict the temperature t (in degrees fahrenheit) by counting the number x of chirps made by a snowy tree cricket in 1 minute. for each rise in temperature of 0.25°f, the cricket makes an additional chirp each minute. a. a cricket chirps 40 times in 1 minute when the temperature is 50°f. write an equation in slope-intercept form that represents the temperature in terms of the number of chirps in 1 minute.

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Mathematics, 21.07.2019 15:30, alundriaf6206

According to dolbear’s law, you can predict the temperature t (in degrees fahrenheit) by counting the number x of chirps made by a snowy tree cricket in 1 minute. for each rise in temperature of 0.25°f, the cricket makes an additional chirp each minute. a. a cricket chirps 40 times in 1 minute when the temperature is 50°f. write an equation in slope-intercept form that represents the temperature in terms of the number of chirps in 1 minute. equation: t= _ b. you count 100 chirps in 1 minute. what is the temperature? the temperature is_ ºf. c. the temperature is 96 °f. how many chirps would you expect the cricket to make? _chirps

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Social Studies, 08.08.2019 20:20, gaby4567

Use the table to answer the question. number of chirps per minute cricket 15°c 20°c 25°c 1 91 135 180 2 80 124 169 3 89 130 176 4 78 125 158 5 77 121 157 average 83 127 168 which statement indicates a reasonable conclusion based on the data from this experiment? decreasing the temperature increases the number of chirps. temperature can be increased by increasing the number of chirps. decreasing the number of chirps causes the temperature to drop. cricket chirping increases with an increase in temperature.

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Mathematics, 04.09.2019 02:10, aredding6282

You can determine the approximate temperature in degrees fahrenheit by counting the number of times a cricket chirps in one minute. then multiply that by 7, divide by 30, and add 40. a. write a formula for estimating the temperature based on the number of cricket chirps. b. write a new formula for the number of chirps you would expect in one minute at a given fahrenheit temperature. c. use the formula to find the number of chirps in one minute when the temperature is 89°f.

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The table shows how the number of cricket chirps per minute changes with the air temperature....

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