5) For the following situations, explain which concept, method, and/or formula from chapter 14 you would need to use to solve the problem, and why: a. I'm checking the size of an eagle's nest at the top of a tall tree for an ecological study. I want to know its volume, but due to its location, I must measure it from a distance and my measurements may be incorrect.
5) For the following situations, explain which concept, method, and/or formula from chapter 14 you would need to use to solve the problem, and why: a. I'm checking the size of an eagle's nest at the top of a tall tree for an ecological study. I want to know its volume, but due to its location, I must measure it from a distance and my measurements may be incorrect.
5) For the following situations, explain which concept, method, and/or formula from chapter 14 you would need to use to solve the problem, and why: a. I'm checking the size of an eagle's nest at the top of a tall tree for an ecological study. I want to know its volume, but due to its location, I must measure it from a distance and my measurements may be incorrect.
The options are Partial derivatives, tangent planes, directional derivatives, Gradient vector, optimization
Quantities that have magnitude and direction but not position. Some examples of vectors are velocity, displacement, acceleration, and force. They are sometimes called Euclidean or spatial vectors.
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