I believe the correct answer from the choices listed above is option D. During the condensing phase that the <span>arrangement of water molecules become more orderly. Condensation is the phase change from gas to liquid. Liquid molecules has more order than the gas state. Hope this answers the question.</span>
If you're talking about capacitor connected in series than the charge on each of the capacitor would be same since charge induced on the left plate of capacitor I.e +Q would then induce charge on the right plate of the capacitor as -Q (equal in magnitude but opposite charge) then again the other capacitor next to it would generate +Q charge and so on.
Answer:
Differences are listed below:
Explanation:
Weight: Plastic can weigh appreciably much less than than metal.A plastic part weighs approximately one-sixth of the same part in steel.
Chemical resistance:Plastic are much less likely to suffer chemical attack and don not corrode.
Machinability: Plastic are much more easier to cut through than metal.
Product life: The life span for plastic is longer than of the metals in many applications.
Cost: The cost of plastic raw materials is appreciably less than of the metals.
Heat: Plastic are less heat resistive than metals.
Ultraviolet light can degrade the plastics soon.
Strength: Metal provides more strength than the plastic.
Answer:
Universal Gravitation, it is a force that keeps the moon orbiting around earth (or you could also add "it is the force that keeps all planets in our solar system orbiting around the sun.'
Explanation:
Well, my teacher taught me that the "Big blue title" is the question and the "red title" would be your answer.
(I hope this helps! and i'm sorry if the answer is wrong.)
-I tried.
Answer:
the damping coefficient when the system is critically damped is 13.42 lb s/ft.
Explanation:
The directions are missing the last part, which is:
"A mass weighing 30 lb stretches a spring 7.5 in. The mass is also attached to a damper with coefficient γ. Determine the value of γ for which the system is critically damped. Assume that 
Round your answer to three decimal places."
The spring system is determined by the following differential equation
where 
is the damping coefficient, thus it is critically damped when the system transitions from real to complex solutions that happens at
Solving for the damping coefficient.
where the spring constant k is given by
And the mass is given by
So the damping coefficient will be
Replacing the given information we have:
Thus we get
The value of the damping coefficient when the system is critically damped is 13.42 lb s/ft.
