Plz solve. Circle final answer with legible numbers and letters
Homework: Section 23.4 The Question 12, 'Life Sci HW Score: 30.94%, 4.95 of 16 Derivative as a Rate of Change 1.5.89 points Ho Part 1 of 3 O Points: 0 of 1 Save The equation Question list K HRM 5400 Question 1 can be used to determine the heart rate. R. of a person whose heart pumps 5400 milliliters (mL) of blood per minute and v milliliters of blood per beat, Complete parts through o) below 200 Question 2 Question 3 #) Find the rate of change of heart rate with respect to v, the output per beat. R'(V) - Question 4 Homework: Section 23.4 The HW Score: 30.94%, 4.95 of 16 E Derivative as a Rate of Change Question 13, 'MT: Avg. vs Instant. Velocity Q2 points Ho Points: 0 of 1 Save Watch the Average vs Instantaneous Velocity video and then answer the question given below. Question list K What does the formula ()(A)_ represent? B-A Question 1 Click here to watch the video. Question 2 Choose the correct answers) below. Select all that apply A. The derivative of the position function Question 3 B. The position function C. The average velocity Question 4 D. The Instantaneous velocity Homework: Section 23.4 The Question 14, "Phys Sci HW Score: 30.94%. 4.95 of 16 Derivative as a Rate of Change Ho 1.3.41 points O Points: 0 of 1 Save Question list K An object dropped from rest from the top of a tall building on Planet X falls a distance d(t) = 131 feet in the first t seconds. Find the average rate of change of distance with respect to time as t changes from t, = 8 to tz = 10. This rats is known as the average velocity, or speed. Question 1 The average velocity as I changes from 6 to 10 seconds isa Question 2 (Simplify your answer.) Homework: Section 23.4 The Question 15, *Phys Sci HW Score: 30.94%, 4.95 of 16 Derivative as a Rate of Change 1.5.86 points Ho Part 1 of 3 Points: 0 of 1 Save If a rock is dropped near the surface of a certain planet, then its position in the downward direction with respect to the Question list point from which it was dropped is given by s(t) = 2 331". where s(t) is in meters and t is time in seconds. a) Find the rate of change of the position of the rock with respect to time. b) Find s'(6) Question 1 ) Explain the meaning of your answer in part (b). Question 2 ") Find the expression that represents the rate of change of the rock with respect to time. Select the correct choice below and fill in the answer box to complete your choice. Do not include units. Question 3 DAY( - O B. "(1)- Question 4 O c. alt) = OD. '(0- Question 5 Homework: Section 23.4 The Question 16, *Social Sci HW Score: 30.94%. 4.95 of 16 Derivative as a Rate of Change 1.5.91 points Ho Part 1 of 3 Points: 0 of 1 Save Question list K The population of a city grows from an initial size of 500,000 to a size P given by P() = 500,000 + 20001 , where t is in years, ) Find the growth rate, Question 1 6) Find the population after 10 yr c) Find the growth rate at t = 10. Question 2 a) Find the growth rate, OR Question 3 Question 4
