dolbears law states the relationship between the rate at which snowy tree crickets chirp and the air…

dolbears law states the relationship between the rate at which snowy tree crickets chirp and the air temperature of their environment. the formula is t = 50 + \\frac{n - 40}{4}, where t is a temperature in degrees fahrenheit and n is a number of chirps per minute. if t = 52°f, find the number of chirps per minute.\n\nn = (type an integer or a decimal.)

dolbears law states the relationship between the rate at which snowy tree crickets chirp and the air temperature of their environment. the formula is t = 50 + \\frac{n - 40}{4}, where t is a temperature in degrees fahrenheit and n is a number of chirps per minute. if t = 52°f, find the number of chirps per minute.\n\nn = (type an integer or a decimal.)

Answer

Explanation:

Step1: Substitute T value into formula

Given $T = 52$ and $T=50+\frac{N - 40}{4}$, we get $52=50+\frac{N - 40}{4}$.

Step2: Isolate the fraction term

Subtract 50 from both sides: $52 - 50=\frac{N - 40}{4}$, so $2=\frac{N - 40}{4}$.

Step3: Solve for N

Multiply both sides by 4: $2\times4=N - 40$, which gives $8=N - 40$. Then add 40 to both sides: $N=8 + 40$.

Answer:

48