I don’t know what I’m doing wrong. The L(21) is correct but the
others are wrong.
Show transcribed image text omework: 4.6 Derivatives of Sine and Cosine Functions core: 0.18 of 1 pt | 12 of 22 (22 complete) ▼ HW Score: 96 28%, 21 1 Phys Sci 4.6.37 Question H At a certain location, atmospheric carbon dioxide levels in parts per million (ppm) have been measured regularty since 1958. he function L(t) : 0 0152 + 0 57t + 318 + 3 2 sin (2xt) can be used to model these levels, where t is in years and t-o corresponds to 1960 a. Graph Lit) on [0.50] b. Find L(21), L(33.6), and L(49.2) c. Find L'(49.2) and interpret (迪 ○B. O C. ○ D. All graphs are shown in a [0,50.5] by [310.390,10] window b Find L(21), L(33.6), and L(49 2) L(21)-33659 ppm, L(336)-55243 ppm, and L(49 2)=37987] ppm Round to two decimal places as needed.) Enter your answer in the edit fields and then click Check Answer Clear All Final Check remaining
omework: 4.6 Derivatives of Sine and Cosine Functions core: 0.18 of 1 pt | 12 of 22 (22 complete) ▼ HW Score: 96 28%, 21 1 Phys Sci 4.6.37 Question H At a certain location, atmospheric carbon dioxide levels in parts per million (ppm) have been measured regularty since 1958. he function L(t) : 0 0152 + 0 57t + 318 + 3 2 sin (2xt) can be used to model these levels, where t is in years and t-o corresponds to 1960 a. Graph Lit) on [0.50] b. Find L(21), L(33.6), and L(49.2) c. Find L'(49.2) and interpret (迪 ○B. O C. ○ D. All graphs are shown in a [0,50.5] by [310.390,10] window b Find L(21), L(33.6), and L(49 2) L(21)-33659 ppm, L(336)-55243 ppm, and L(49 2)=37987] ppm Round to two decimal places as needed.) Enter your answer in the edit fields and then click Check Answer Clear All Final Check remaining
ScholarMatic: Explanation & Answer
Your ready answer from a verified tutor is just a click away for as little as $14.99
Click Order Now to get 100% Original Answer Customized to your instructions!
