The amount of time that passes from when this skateboarder begins to slow down until she begins to move back down the incline is 8.75 seconds.
<u>Given the following data:</u>
- Acceleration = -0.2
To calculate the amount of time that passes from when this skateboarder begins to slow down until she begins to move back down the incline, we would apply the first equation of motion;
<h3>
The formula for the first equation of motion.</h3>
Mathematically, the first equation of motion for a decelerating object is given by this formula;
<u>Where:</u>
- t is the time measured in seconds.
Substituting the given parameters into the formula, we have;
Time, t = 8.75 seconds.
Read more on acceleration here: brainly.com/question/24728358
The b<span>ottom one because it has longer wavelengths and because the bottom ones has 3 wavelengths</span>
I believe it’s because of the air from the lower part of the mountain adjusting to the climate at the top. Mountains cause air to rise, and when that air rises it cools down creating the clouds.
Hope I helped!
(AB) & (CD)
Most machines are fueled by gasoline and electricity
Answer:
The <u>water vapor</u> will have the greatest entropy at the triple point
Explanation:
At the triple point of water, which has the properties of 0.0075°C temperature and 6.11657 mbar pressure, solid ice, liquid water and water vapor exist together in a location
According to Professor Stephen Lower on LibreTexts website entropy is a measure the extent to which thermal energy is shared and spread in a system
The change in entropy, ΔS = ΔH/T
The heat change in 
= 6.01 kJ/mol
The heat change in vaporization, 
= 45.05 kJ/mol
The heat change in sublimation, 
= 51.06 kJ/mol
Therefore, the entropy of the water vapor 
> The entropy of liquid water, 
> The entropy of the solid ice, 
The portion with the highest entropy at the triple point is the water vapor
The water vapor will have the greatest entropy at the triple point
