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A particle of mass m slides without friction inside a three-dimensional conical funnel, whose walls have unit slope and whose center axis is vertical (Figure 10.26). If the particle is launched inside the funnel at height h and horizontal speed s0, find the vertical speed of the particle when it reaches the bottom of the funnel.
a tank has two rooms separated by a membrane. room a has 1 kg air and volume 0.5 m3 room b has 0.75 m3 air with density
a surface is maintained at 150oc and is enclosed by a very large surrounding surface at 80oc. what is the net radiant
What is the minimum energy the γ-ray must have for the reaction to occur?
a closed-end cylindrical pressure vessel constructed of carbon steel has a wall thickness of 2 mm a diameter of 150 mm
Clearly describe what is in the ID and how the data is formatted.
1 one way to study the surface tension effects in a liquidsolid system is to dip a pair of parallel plates into the
The available dashpots can produce a damping constant in the range 10 N-s/m to 80 N-s/m. Determine whether the desired damping ratio can be achieved using a passive system. If a passive system cannot be used, design a suitable active control syste..
determine the expressions for attractive and repulsive energies, EA and ER as a functions of r where r is in nm and E is in eV.
Derive a differential equation for predicting the capsule temperature as a function of time. Solve this equation to obtain the temperature as a function of time in terms of capsule parameters and its initial temperature Ti.
two forces p and q are applied as shown at point a of a hook support knowing that p 15n and q 25n determine
Find: Pin dynamic forces and T (torque applied on link 2 ) to generate the required input velocity following requested output velocity of 25rpn Please note that for kinetic analysis
you are looking for a power unit to run an irrigation pump in your operation. the pump requires 92 horsepower to turn
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