According to the uncertainty principle, a particle such as an electron
A) must have uncertainties in position and velocity that remain smaller than a particular prescribed value.
B) has a precise position and a precise velocity, but the observer is unable to determine them.
C) does not have a precise position or a precise velocity.
D) can have arbitrarily small simultaneous uncertainties in both position and velocity, although neither uncertainty can be zero.
E) is entirely made of sausage.
Question 2
Which of the following statements best describes the status of the Copernican and Ptolemaic theories of the solar system shortly after Tycho Brahe's observations?
A) These observations showed both theories to be incorrect.
B) These observations turned out to have little or no bearing on either theory.
C) These observations showed Ptolemy's theory to be the correct one.
D) These observations showed Copernicus's theory to be the correct one.
E) These observations showed both theories to be correct.
Electron microscopy of mRNA-template DNA hybrids shows that introns are spliced
Respiratory electron carriers in the mitochondrion
Chemiosmotic coupling of electron transport and ATP synthesis
Gestalt Principle: Proximity
What is the minimum uncertainty in its position?
Polyribosomes as seen under the electron microscope