Home / Expert Answers / Calculus / 1-determine-f-2-for-f-x-x2-4x1-a-7-c-11-b-8-d-12-pa162

(Solved): 1. Determine f(2) for f(x)=x2+4x1. a. 7 c. 11 b. 8 d. 12 ...



student submitted image, transcription available below


student submitted image, transcription available below


student submitted image, transcription available below


student submitted image, transcription available below


student submitted image, transcription available below

student submitted image, transcription available below


student submitted image, transcription available below


student submitted image, transcription available below

1. Determine for . a. 7 c. 11 b. 8 d. 12 2. Determine the slope of the tangent to when . a. -10 c. 10 b. 1 d. 15 3. An object moves in a straight line with its position at time seconds given by , where is measured in metres. Determine the velocity of the object when . a. b. c. d. 5. For which value of is the derivative of equal to 0 ? a. -3 c. 1 b. 0 d. 2 4. The position function of an object moving horizontally along a straight line as a function of time is , in metres, at time, , in seconds. Determine the acceleration of the object at . a. c. b. d. 2. The position function of a moving object is in metres, at time , in seconds. a. Calculate the object's velocity and acceleration at any time . b. After how many seconds does the object stop? c. When does the motion of the object change direction? d. When does the object return to its original position? 3. Using Leibniz notation, apply the chain rule to determine if and, when 4. The mass, , in grams of a compound form during a chemical reaction can be modelled by the function , where is the time in seconds after the start of the reaction. a) Determine the rate of change of the mass at b) Is the rate of change of the mass ever negative? Explain.


We have an Answer from Expert

View Expert Answer

Expert Answer



Find    for given function
  
use derivative rule

  
We have an Answer from Expert

Buy This Answer $5

Place Order

We Provide Services Across The Globe