QQC

Quote: Newton was always an inward and secretive man,....


Question: When I first began reading this passage, I was unaware of why Newton would be so secretive, considering the fact that I'm used to working with other people, especially with Math concepts. Already, Calculus seemed so hard, and for him to be inward and secretive, just confused me. 


Comment: I think that I learned a lot about Newton's ways, specifically the differences between his developments of Calculus versus Leibniz's publications.

QQC 3

Quote:

Question: For this reading, I had many questions. But when I first read this, I wondered why Newton kept Calculus such a secret. I also wondered why he would do such strange things, and if he would do them to see the outcome or just the attention. I also asked myself why Newton was frustrated by the conventional Mathematics.

Comment: After I read this excerpt, my first assumption of Newton was that he was crazy. I have a huge fear of needles so the fact that he would stick one in his eye socket just to see the outcome really scared me. I also did not know Newton created Calculus before I read this.

QQC 2

Quote:  So if Pluto really is a planet it is certainly an odd one. It is very tiny:
just one-quarter of 1 percent as massive as Earth. If you set it down on top
of the United States, it would cover not quite half the lower forty-eight
states. This alone makes it extremely anomalous; it means that our planetary
system consists of four roclty inner planets, four gassy outer giants,
and a tiny, solitary iceball. Moreover, there is every reason to suppose that
we may soon begin to find other even larger icy spheres in the same portion
of space. Then we will have problems. After Christy spotted Pluto's
moon, astronomers began to regard that section of the cosmos more attentively
and as of early December 2002 had found over six hundred additional
Trans-Neptunian Objects, or Plutinos as they are alternatively
called. One, dubbed Varuna, is nearly as big as Pluto's moon. Astronomers
now think there may be billions of these objects. The difficulty is that
many of them are awfully dark. 1)Typica1ly they have an albedo, or reflectiveness,
of just 4 percent, about the same as a lump of charcoal-and of
course these lumps of charcoal are about four billion miles away.

Question: After I read this excerpt, I wondered what significant problems we would face is there were even larger icy spheres in the same portion of space.

Comment: I was surprised that Pluto was so small in terms of space. The fact that it would fit in the United States just makes me wonder if there are any other layers besides ice on it. And how they determined it was a moon and not just a ball of ice.

QQC

Quote: Why atoms take this trouble is a bit of a puzzle. Being you is not a gratifying experience at the atomic level. For all their devoted attention, your atoms don't actually care about you- indeed, don't even know that you are there. They don't even know that they are there. They are mindless particles, after all, and not even themselves alive. (It is a slightly arresting notion that if you were to pick yourself apart with tweezers, one atom at a time, you would produce a mound of fine atomic dust, none of which had ever been alive but all of which had once been you.) Yet somehow for the period of your existence they will answer to a single overarching impulse: to keep you you.

Question: When I read this excerpt, I questioned why we were made up of nonliving particles. I also questioned how we would produce a mound of fine atomic dust and if that happens with Atomic bombs.

Comment: I was surprised to find out that we would produce just a mound of fine atomic dust, if picked apart. I was also surprised that we are made up of nonliving particles.