The higher the thermal energy the faster the conduction convection and radiation take place as the particles have more kinetic (movement) energy
The height of the tower and the distance from its base form a right angle triangle. Thus,
tan(∅) = height / base
tan(28.81) = height / 1,000 m
height = 549.98 meters
a. Final pressure= 5atm
b. Work done = 5000 Joules
<h3>How to determine the parameters</h3>
Given;
- Temperature = 330K
- P1 = 6 atm
- V1 = 500cm^3
- V2 = 1500cm^2
In adiabatic expansion, temperature is constant
P1V1 = P2V2
Now, let's substitute the values into the formula
6 × 500 = 1500 P2
300 = 1500P2
Make 'p2' subject of formula
P2 = 1500/300
P2 = 5 atm
The formula for work done is given as:
Workndone = P ∆ volume
Work done = 5 × ( 1500 - 500)
Work done = 5 × 1000
Work done = 5000 Joules
Learn more about ideal gas law here:
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Answer:
Newton's first law of motion
Explanation:
Newton's first law of motion states that an object will continue to remain at rest or move with uniform motion unless it is acted upon by an external force.
This law is known as the law of inertial.
Unless a net force greater than zero acts on a body, it will continue to remain at rest or move uniformly.
This is very correct and has a wide range of application for many mechanics studies. In that we know that an object can only change motion or accelerate by adding external force to act on it.