Which arrow would most likely represent the phase change that involves the same amount of energy as arrow 1?
2 answers:
Answer:
arrow 4
Step-by-step explanation:
The amount of energy needed in the transformation from liquid to gas is equal to the gas to liquid transition.
Boiling is the mechanism by which a substance passes from the liquid phase to the gaseous form.
Like water diagram in phase:
Evaporisation is a method of phase shift in which the water transitions from a liquid to a gas (water vapour).
Condensation is the process of phase shift in which water transitions from a gas to a liquid, and the vapour becomes a cloud.
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The question says that the end of the cave is 380 meters below.
Lets say the sea level or the surface is at 0 meters or we can say that it is the reference level for us.
Now if we go up the height will be measured with positive integer but if we go down the depth will be represented by a negative integer.
Negative integer also represents the depth or the distance below the surface level.
Here we need to generate an integer that can represent the depth of 380 meters.
So if we are going down we will use negative integer to represent.
Therefore, the integer to represent the depth is meters.
Answer: last option.
Step-by-step explanation:
There are several transformations for a function f(x). Some of them are shown below:
1. If , then the function is translated "k" units up.
2. If , then the function is translated "k" units down.
3. If , then the function is translated "k" units left.
4. If , then the function is translated "k" units right.
In this case you have the following function:
And the function m(x) is obtained by transformating the function h(x). This function is:
Then, based on the transformatios shown before, you can identify that:
Therefore, you can determine that you could graph the function by translating each point of the graph of the function h(x) 3 units left.