If we consider the oxygen molecule looks like a cube, what is the size of the side of this cube at STP?
If we consider the oxygen molecule looks like a cube, what is the size of the...
The Problem: Depress the equation r6r +100 1. Decomposing a cube: Consider a cube with side length (a) Suppose we break the side of the cube at an arbitrary point ryb. This cut triggers the decomposition of the cube into the 8 pieces you have with your manipulative. You will have a cube with side length y and a cube with side length b. Identify the other 6 solids in terms of their dimensions using y and b so that...
Q5.6 Describe what cementite looks like in the microstructure? Q5.7 Describe what martensite looks like in the microstructure?
Consider a cube. On 5 sides of the cube, there is an electric field that comes out perpendicular to that side, of value E.(a) If there is no charge inside the cube, what is the field (direction and magnitude) perpendicular to the remaining side?(b) If there is a charge Q inside the cube, how does your answer to (a) change?
13.4 (a) What is the rms speed of an Oxygen gas molecule (O2) at STP? (b) What temperature would Helium gas have if the rms speed of its atoms was the same as in part (a)? Helium gas is monatomic.
Consider a triatomic molecule, like CO2. The three atoms lie in a straight line, and we model the O atoms to be connected to the central C atom by a spring of constant k (same k for the two bonds). For this question, the atoms all oscillate in the plane of the molecule. (a) What is the Lagrangian of the motion? (b) What are the eigenfrequencies of the oscillations? (there are three, although one is zero) (c) What are the...
Take a picture that violates size constancy. (Think of pictures where it looks like someone is holding up the Leaning Tower of Piza or Petting the Sphinx). Then take a picture that shows how you made that illusion.
A solid zinc cube is attached to spring-like device and is able to oscillate horizontally with negligible friction. Each side of the cube is 1.50 cm long. The cube is initially pulled to a point where it stretches the spring-like device by 2.60 cm where it is held at rest with a horizontal force of 1.35 N. What is the frequency at which it oscillates when it is released? (Assume the density of zinc is 7.14 g/cm3.)
I need to know what the unknown compound is and what the
structure looks like based off this H-NMR chart, IR peak and
Molecular Formula. Can you please draw
the structure out so I can see it. I also want to see how the peaks
on the H-NMR relate to the compound you have drawn (like
which peak goes to what point on the compond).Hint
something that would be leaking out of an oil sands talings pond,
also the molecule...
A solid aluminum cube is attached to spring-like device and is able to oscillate horizontally with negligible friction. Each side of the cube is 1.50 cm long. The cube is initially pulled to a point where it stretches the spring-like device by 2.55 cm where it is held at rest with a horizontal force of 1.35 N. What is the frequency at which it oscillates when it is released? (Assume the density of aluminum is 2.70 g/cm3.) answer in Hz
Species richness changes with latitude. Using an example explain what the pattern looks like and how many species groups we see it in.