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Two of the isotopes closely monitored among Pacific ocean marine life in the fallout from the Fukushima powerplant accident are Cs-134 and Cs-137. The disaster occurred 11 March, 2011. What fraction of these isotopes released into the environment could be expected to remain on this assignment's due date 28 October 2015?
How many protons hit the target. How much energy is delivered to the target each second if the protons each have a kinetic energy of 30 MeV and lose all of their energy in the target.
The drawing shows a hydraulic system used with disc brakes. The force is applied perpendicularly to the brake pedal. find the force applied to each side of the rotating disc
Calculate the necessary torque of a primary machine and the maximum rated power.- Calculate the distribution transformer ratings if the subtransmission voltage is 69 kV.
If a person eats a popsicle of mass 0.045 kg and temperature -10 C, then how much energy does this person use
q1. sphere pendulum has mass of 1.5 kg attached to a cord length of 11.5 m sphere is released from rest while cord
an avalanche of sand along some rare desert sand dunes can produce a booming that is loud enough to be heard l0 km
You are provided with a suspension of 5-nm-diameter Ag nanoparticles containing 1 μg Ag per milliliter of liquid. What volume of the suspension is required to saturate 10^7 viruses in a test tube?
an ideal gas initially at 20c and atmospheric pressure is placed in a solid cylinder with height 100cm and radius 5cm
Blocks with masses of 4.0, 8.0, and 9.0 are lined up in a row on a frictionless table. All three are pushed forward by a 16 force applied to the 4.0 block. How much force does the 8.0 block exert on the 8.0 block.
Consider an infant who weighs 100 newtons. During each year she grows so that each dimension of her body increases by 5%. How much would she weigh then.
An electron is released to accelerate from point 1 to point 2 in a potential region. The electric potentials at these points are V1 = -35 V and V2 = +200 V. Calculate the change in potential energy of this electron
One possible decay mode of the neutral kaon is K0 S 1r0 + 1r0. The rest energies of the K0 and 1r0 are 498 MeV and 135 MeV, respectively. The kaon is initially at rest when it decays. How much energy is released in the decay?
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