Recent content by Bobs

  1. Bobs

    Quantum version of Larmor precession

    Is that correct? Or what would be the correct probability we're looking for? I'm receiving too many different answers.
  2. Bobs

    Quantum version of Larmor precession

    Finally, I've found the probability as ##0## from ##P = \dfrac{1}{4}exp \biggr( \dfrac{-2t\mu BB}{\hbar}\biggr ) \biggr | (1-1) \biggr |^2 = 0## Does that seem correct now? Thanks in advance.
  3. Bobs

    Quantum version of Larmor precession

    I found the probability as ##\dfrac{B^2}{2}## is that correct?
  4. Bobs

    Today, in our class, we received a trigonometric equation

    Today,in our class, we received a trigonometric equation ##\sin^{10}{x}+\cos^{10}{x}=\frac{29}{16}\cos^4{2x}## Here is my attempt:
  5. Bobs

    Quantum version of Larmor precession

    Do you see any mistakes at the final answer? And yes, I'm assuming that the system in state ##\chi_+^{(x)}## at time ##t=T##. Staying tuned for your sincerely reply!
  6. Bobs

    Quantum version of Larmor precession

    Homework Statement Homework Equations I didn't get what this actually means. The Attempt at a Solution I'm not sure whether it is correct. Could you take a look? Regards!
  7. Bobs

    I'm getting two different answers for the atomic radius of iridium

    All my teachers had found anohter answer for this question (1.34pm, 1.35pm and 1.36pm). And yes, there are too many different answers. I'm checking If that's wrong or not. However, it seems correct. Now let's look at textbook solution, it says that the answer is 1.36pm.
  8. Bobs

    I'm getting two different answers for the atomic radius of iridium

    For BCC; a = 4r/√3 mass of Ba atom = 137.327 g/mol mass of 1 atom = 137.327 g / 6.022 x 1023 = 2.28 x 10-22 g density of bulk = density of unit cell total no. of Ba atoms in BCC = 2 atom mass of 2 atom = 2 x 2.28 x 10-22 g = 4.56 x 10-22 g mass of atoms / volume of unit cell = 3.51 g/cm3...
  9. Bobs

    I'm getting two different answers for the atomic radius of iridium

    However, are those correct? or is there only an answer? It seems like different on wikipedia and others.
  10. Bobs

    I'm getting two different answers for the atomic radius of iridium

    I'm getting too different answers for atomic radius of iridium. I've already found 1.34 x 10-8 but all shows different answers. I mean like 1.34, 1.35, 1.36... Are those correct?
  11. Bobs

    Calculate Density: Overflow Container w/ $100$ $cm^3$ & $120$ $g$ Stone

    That's all are d = m/v but I don't know how to apply it.
  12. Bobs

    Calculate Density: Overflow Container w/ $100$ $cm^3$ & $120$ $g$ Stone

    A overflow container that its overflow level is $100$ $cm^3$ has $80$ $cm^3$ water. When a stone that is $120$ $g$ is being dropped into the overflow container, the water increases $10$ $cm^3$. How to find the density? I currently don't have any idea about it.
  13. Bobs

    What is the Direction and Moment of This Diagram?

    Homework Statement want to find the direction and moment of this diagram. Homework Equations The Attempt at a Solution [/B] I really do not have any idea about this question. So If someone helps, It'd be great.
  14. Bobs

    Undergrad Solve 2x+3y=0: Find x & y Points for Line

    Hi, I have 2x+3y=0 equation, I need to find x and y points to draw a line on plane. Can anyone help me?