Physics, 26.01.2021 01:00 zeldawhite76
72 In the two-dimensional collision in Fig. 9-21, the projectile
particle has mass m = m, initial speed v1 = 3vo, and final speed v
= V5vo. The initially stationary target particle has mass m = 2m
and final speed vze=v2. The projectile is scattered at an angle given
by tan 6 = 2.0.(a) Find angle Oz. (b) Find vz in terms of vo- Is the
collision elastic?
be some
Answers: 3
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An implanted pacemaker supplies the heart with 72 pulses per minute, each pulse providing 6.0 v for 0.65 ms. the resistance of the heart muscle between the pacemaker’s electrodes is 550 ω. find (a) the current that flows during a pulse, (b) the energy delivered in one pulse, and (c) the average power supplied by the pacemaker.
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Six solutions are made, each with a y concentration of 1.0 μm and varying concentrations of ab as shown below. based on the concentrations, rank the solutions in decreasing order of reaction rate.
Answers: 2
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Sara is creating an experiment. her hypothesis states the following. if i increase the air in my tires, then i will get better gas mileage. if this is her hypothesis what column titles do we need in our date table? a. air pressure in tire (psi) and gas mileage (mph) b. air pressure in the atmosphere (psi) and gas mileage (mph) c. miles (m) and gallons per mile (g) d. old battery and new battery
Answers: 2
72 In the two-dimensional collision in Fig. 9-21, the projectile
particle has mass m = m, initial s...
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