WebFind step-by-step Pre-algebra solutions and your answer to the following textbook question: 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 $$ 0.25 ^ { \circ } \mathrm { F } $$ , the cricket makes an additional chirp …

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WebAccording to part a, the cricket is chirping 60 60 60 times per minute if the temperature is equal to N I (60) = 1 4 (60 + 160) = 55 NI(60)=\frac{1}{4}(60+160)=55 N I (60) = 4 1 (60 + … WebVerified answer. physics. A 1.60-L gasoline engine with a compression ratio of 6.20 6.20 has a useful power output of 102 \mathrm {hp} 102hp. Assuming the engine operates in an idealized Otto cycle, find the energy taken in and the energy exhausted each second. Assume the fuel-air mixture behaves like an ideal gas with \gamma=1.40 γ = 1.40. the continent hotel bangkok facebook

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http://jmahaffy.sdsu.edu/courses/s00/math121/lectures/linear/linear00.html WebBonus: No, because 3 times per second for 14 seconds is 42, plus 40 gives you only 82 degrees. The sky’s the limit: The first cricket. 36 chirps in 60 seconds is the same as 9 chirps in 1/4 of a minute, or 15 seconds. The first … WebDolbear's law explains the relationship between cricket chirps and temperature. Temperature can be estimated within one degree with this mathematical formula: Temperature in Fahrenheit = 40 + c. c = chirps counted in a 15 second period. Example: A cricket chips 23 times in a 15 second period: T = 40 + 23. Calculated out this gives a … the continent of america