# Question

(a) Using Table 30.3, determine the mass of the Ω- particle in kilograms.

(b) Determine its total energy if it were moving at a speed of 0.800c.

(b) Determine its total energy if it were moving at a speed of 0.800c.

## Answer to relevant Questions

If a fellow student tells you he saw a 3-cm-long ladybug, would you believe him? How about another student saying she caught a 10kg salmon? (a) Using Table 30.3, estimate the average distance that a τ- particle would travel in the laboratory if it were traveling at 0.95c. (b) What would its kinetic energy be? (a) Referring to Exercise 37, what would be the proton decay constant λ? In exercise Suppose the grand unified theory (GUT) was correct and the half-life of a proton was 1.2 x 1035 y. Estimate the decay rate of a liter of ...Determine the Q value and the threshold energy for: If two colliding protons in the Large Hadron Collider approached head-on, each with an energy of 7 TeV, what would be the minimum distance of separation between their centers? Compare this to the approximate range of the ...Post your question

0