A proton and an antiproton each with total energy of 400 GeV collide head-on. What is the total energy (particles + energy) released?
a. zero
b. 400 Gev
c. 800 GeV
d. 1 600 GeV
e. 2 400 GeV
c
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Components: A vector in the xy-plane has an x component of -7.50 units. What must be the y component of this vector so that its magnitude is 10.0 units. (Note: There are two possible answers.)
What will be an ideal response?
A fusion reaction releases energy because the binding energy of the resulting nucleus
A) is less than the binding energy of the original nuclei. B) is absorbed in the process. C) is equal to the binding energy of the original nuclei. D) is greater than the binding energy of the original nuclei. E) is released in the process.
In the figure, if Q = 30 ?C, q = 5.0 ?C, and d = 30 cm, what is the magnitude of the electrostatic force on q?
a.
15 N
b.
23 N
c.
zero
d.
7.5 N
e.
38 N
_________________ are mainstays of local public health departments. Individuals like John Snow who focus on the outbreak of a disease in a community and try to control the spread of infectious diseases.
What will be an ideal response?