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Q43.) The ionization chamber produces the ions (24Mg?+) and (26 Mg²+), of respective masses m, and m2. What is the relation between velocities at 02, and the masses of the two ions? V m2 E) = m2 C) D) B) m2 m2 m2 m1 Q44.) What is the relationship between the masses m, and m2 of the ions and the respective radii of their trajectory? R1 D) R2 m2 m2 B) m2 C) R2 E) m2 m2 m1 Q45.) The trajectory of the ion (24M9²+) has a radius of 5 cm. What is the distance between the points of impact of the two ions on the collector? A) 10.4 cm B) 0.8 cm C) 0.4 cm D) 0.2 cm E) 9.6 cm

Q43.) The ionization chamber produces the ions (24Mg?+) and (26 Mg²+), of respective masses m, and m2. What is the relation between velocities at 02, and the masses of the two ions? V m2 E) = m2 C) D) B) m2 m2 m2 m1 Q44.) What is the relationship between the masses m, and m2 of the ions and the respective radii of their trajectory? R1 D) R2 m2 m2 B) m2 C) R2 E) m2 m2 m1 Q45.) The trajectory of the ion (24M9²+) has a radius of 5 cm. What is the distance between the points of impact of the two ions on the collector? A) 10.4 cm B) 0.8 cm C) 0.4 cm D) 0.2 cm E) 9.6 cm

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Answer Q43, 44, 45

Q41.) What is the intensity of the electric field in compartment III? C) 8 kVm-1 The electric field is suppressed in compartment III while the uniform magnetic field B is A) 0.25 kVm-1 B) 1 kVm- D) 103 kVm-1 E) 8 x 103 kVm-1 maintained, without modifying the voltage in compartment II. Q42.) What is the nature of the motion of Mg2+ ion in compartment III? A- Circular and uniformly accelerated B- Rectilinear and uniformly accelerated C- Uniform rectilinear D- Uniform circular E- parabolic Q43.) The ionization chamber produces the ions (24M9?+) and (26M92+), of respective masses m, and m2. What is the relation between velocities at 02, and the masses of the two ions? V. 2 m1 m1 m1 m2 m2 C) V2 D v m2 E) m2 m1 m1 Q44.) What is the relationship between the masses m, and m2 of the ions and the respective radii of their trajectory? m2 R1 D) R2 m2 E) 쓰 R2 m1 C) m2 A) B) m2 m2 m1 Q45.) The trajectory of the ion (24M9²+) has a radius of 5 cm. What is the distance between the points of impact of the two ions on the collector? A) 10.4 cm B) 0.8 cm C) 0.4 cm D) 0.2 cm E) 9.6 cm
Transcribed Image Text:Q41.) What is the intensity of the electric field in compartment III? C) 8 kVm-1 The electric field is suppressed in compartment III while the uniform magnetic field B is A) 0.25 kVm-1 B) 1 kVm- D) 103 kVm-1 E) 8 x 103 kVm-1 maintained, without modifying the voltage in compartment II. Q42.) What is the nature of the motion of Mg2+ ion in compartment III? A- Circular and uniformly accelerated B- Rectilinear and uniformly accelerated C- Uniform rectilinear D- Uniform circular E- parabolic Q43.) The ionization chamber produces the ions (24M9?+) and (26M92+), of respective masses m, and m2. What is the relation between velocities at 02, and the masses of the two ions? V. 2 m1 m1 m1 m2 m2 C) V2 D v m2 E) m2 m1 m1 Q44.) What is the relationship between the masses m, and m2 of the ions and the respective radii of their trajectory? m2 R1 D) R2 m2 E) 쓰 R2 m1 C) m2 A) B) m2 m2 m1 Q45.) The trajectory of the ion (24M9²+) has a radius of 5 cm. What is the distance between the points of impact of the two ions on the collector? A) 10.4 cm B) 0.8 cm C) 0.4 cm D) 0.2 cm E) 9.6 cm
The device in the diagram below consists of three compartments: Compartment I, where magnesium ions Mg2* are produced, with an initial velocity which is almost zero at 01. Compartment II, where a potential difference U, positive adjustable, is applied between two parallel plates. Compartment III, where a uniform magnetic field B perpendicular to the plane of the figure and a uniform electric field Ë contained in the plane of the figure and perpendicular to the velocity at 02, are present simultaneously. II III 02 Collector 'of 03 NB: The force of gravity on the ion is negligible as compared to the electric force and the magnetic force.
Transcribed Image Text:The device in the diagram below consists of three compartments: Compartment I, where magnesium ions Mg2* are produced, with an initial velocity which is almost zero at 01. Compartment II, where a potential difference U, positive adjustable, is applied between two parallel plates. Compartment III, where a uniform magnetic field B perpendicular to the plane of the figure and a uniform electric field Ë contained in the plane of the figure and perpendicular to the velocity at 02, are present simultaneously. II III 02 Collector 'of 03 NB: The force of gravity on the ion is negligible as compared to the electric force and the magnetic force.
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