Cumulus, cirrus, and stratus clouds are the three types of clouds shown in this photograph.
<h3>How does a cloud behave in the sky?</h3>The importance of clouds cannot be overstated. One of the causes is precipitation, such as rain or snow.
Clouds make the surface warmer at night by reflecting heat back to it. Clouds may shield us from the sun and make Earth cooler throughout the day.
The type of cloud is shown in this image is;
1.Cumulous
2.Cirrus
3.Stratus
1. Cumulous
The fluffy, white, cotton-top clouds known as cumulus have such a gentle appearance that you may imagine angels relaxing and going about their business on them.
2. Cirrus
High clouds in the cirrus genus are comprised of ice crystals. The characteristic appearance of cirrus clouds is fragile and wispy with white filaments.
3. Stratus
Contrary to convective or cumuliform clouds, which are produced by rising thermals, stratus clouds are low-level clouds with horizontal stratification and a homogenous base.
Hence, the type of clouds shown in this image is cumulus, cirrus, and stratus.
To learn more about the cloud refer;
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Answer:
The change in the equilibrium melting point is 4.162 K.
Explanation:
Given that,
Pressure = 10 kbar
Molar volume of copper
Volume of liquid
Latent heat of fusion
Melting point =1085°C
We need to calculate the change temperature
Using Clapeyron equation
Put the value into the formula
Hence, The change in the equilibrium melting point is 4.162 K.
Answer:
This value is less than the maximum tension of 500 lbs, making it safe for man to go to the tip flap
Explanation:
We must work on this problem using the rotational equilibrium equations and then they compared the tension values that the cable supports.
Let's start with fixing a reference system on the hinge of the flag, we take as positive the anti-clockwise turn
They indicate the weight of the pole W₁ = 120 lb and a length of L = 9 ft, the weight of the man W₂ = 150, we assume that the cable is at the tip of the pole
- L + W₂ L + W₁ L / 2 = 0
T_{y} = W₂ + W₁ / 2
T_{y} = 120 + 150/2
T_{y} = 195 lb
we use trigonometry to find the cable tension
sin 30 = T_{y} / T
T = T_{y} / sin 30
T = 195 / sin 30
T = 390 lb
This value is less than the maximum tension of 500 lbs, making it safe for man to go to the tip flap
T < 500 lb