1) Explain two arguments for Libertarianism about free will, and objections
to those arguments. Do you think the Libertarian can offer good responses to those objections?
2) Summarize Strawson's "basic argument". Do you think this argument is convincing? Why or why not?
3) Explain Stace's "compatibilism", and the major objection to his view. What do you think of the response to this objection? Explain ad discuss.
4) What kind of thing does Descartes think that he is? How does he arrive at this conclusion? Do you think that his argument is successful - why or why not?
5) Ryle argues that Descartes commits a kind of mistake in arguing for substance dualism. What is this mistake? Explain and give an example
the nature of attachment between caretakers and babies
Answer:
sec(4x) + C
Explanation:
original problem: ∫sec(4x)tan(x)dx
use integration by substitution (u-sub) by setting u = 4x
if u = 4x, then du/dx = 4 and du = 4dx (dx = du/4)
after substitution the integral is ∫sec(u)tan(u)(du/4)
move the 1/4 out of the integral by using the integral Constant rule to form 1/4∫sec(u)tan(u)du
the anti-derivative of sec(u)tan(u) is sec(u), memorize your trigonometric derivatives!!!!
after integration, we get sec(u)/4 + C , now plug u back into the equation
sec(4x) + C is the general solution
1. The heme of hemoglobin releases the iron. The heme then converted into biliverdin, which is converted into bilirubin.
2. Conjugated bilirubin is excreted as is then part of the bile into the small intestine. Bacteria of the intestine break down the bilirubin.
3. Some bilirubin derivatives converted into which is contribute to the color of feces.
4. Other biliurbin derivatives are reabsorbed from the intestine into the blood. These derivatives are excreted from the kidneys and contribute to the color of urine.
5. The globin chains of hemoglobin are broken down to individual amino acids and are metabolized or used to build new proteins.
6. Blood transports free bilirubin to the liver.
7. Blood transports iron in combination with transferrin to various tissues for storage or to the red bone marrow where it is used in the production of new hemoglobin.
8. Hemoglobin is broken down by macrophages into heme and globin chains.
