The temperature at which a liquid's vapor pressure is equal to the liquid's surrounding pressure, which motivate liquid to transform into vapor is understood as Boiling Point. While evaporization is observed on a liquid's surface as it transitions into the gas phase. The accompanying gas must not be saturated with the content which evaporates.
The evaporation and boiling point have inverse relationship, which showcase that more is the boiling point of any liquid, thus lesser will be its rate of evaporation. A substance with powerful inter-molecular bonds requires more energy to crack these bonds, and is therefore defined as high boiling point liquid or non-volatile as it is not feasible to evaporate spontaneously, as with rubbing alcohol.
Isothermal process<span> is a </span>change<span> of a </span>system<span>, in which the </span>temperature<span> remains constant: Δ</span>T<span> = 0. So, if the thermodynamic process takes place at a constant temperature so that the internal energy of a system remains unchanged than this process is isothermal.
</span><span>The Joule's second Law states that the internal energy of a fixed amount of an ideal gas depends only on its temperature. So, isothermal processes are of great interest for ideal gasses.</span>
Answer:
it looks like they are embracing eachother, so i would say the bottom right corner
Explanation:
For an object at equilibrium :
.option D: It might be stationary.
.option E: Fnetx must be zero, Fnetx can be anything.
What is equilibrium?
This refers to a state in which an object is at rest or balanced to the equal action of opposing forces.
At equilibrium, in the presence of external forces, the opposite forces normally have a balanced effect on the object in concern. Objects at equilibrium are known for their stable nature in terms of motion and energy.
Conditions for equilibrium
.The object must have no acceleration.
.The total force acting on the body i.e the net force and the net torque on the object must be zero.
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