Wavelength is defined by Velocity of the wave by Frequency
Symbolically
- C is speed of wave
- v is frequency
- lambda is wavelength
Answer:
108.18 m/s2
Explanation:
1 atm = 101325 Pa
r = 7.41 mm = 0.00741m
Since the pressure is increased by a factor of 2.55, the new inner pressure inside the system would be
P = 101325 * 2.55 = 258378.75 Pa
This pressure exerts a force on the metal cylinder, knowing the radius, we can calculate the cross-section area:
Then the force exerted:
Finally we can calculate the initial acceleration in accordance with Newton's 2nd law of motion:
Answer:
The correct answer is from solid to liquid (melting), and from liquid to gas (sublimation).
Explanation:
In the solid-state the energy of the molecules is low, so the molecules will have very little movement. In the liquid state, molecules have a higher level of energy, and as they move from solid to liquid state they acquire greater mobility. In a gaseous state, the energy level is very high and the molecules have a higher degree of mobility.
This can also be described through the predominant molecular forces in each state. The cohesion forces present in solids are stronger than those of repulsion. In the liquid state, the repulsion and attraction forces are balanced. Finally, in the gaseous state, the repulsive forces between the molecules predominate.
Have a nice day!
1.85 km every hour x 0.60 hours
1.85 x 0.6 = 1.11
The dolphin traveled 1.11 km.
<h2>
Carry energy</h2>
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Hope this helped :)
~pinetree
