I believe the correct answer is: high self-monitoring
Mark Snyder, American social psychologist, introduced the
concept of self-monitoring during the 1970s to show how much people monitor
their self-presentations, expressive behavior, and nonverbal affective displays.
He stated in his studies that self-monitoring can be:
1. high self-monitoring
2. low self-monitoring
High self-monitoring individuals closely monitor themselves
and behave in a manner that is highly responsive to social cues and their
situational context.
In this case, Sally is high self-monitoring as she examines
a situation for cues of how she should react, and then tries to meet the
demands of the situation rather than act on her own feelings, before she acts
or speaks.
We are the sons of liberty and we cannot take any more of what you are doing to our people. It is not fair that you get to put taxes on stuff such as tea as we say “no taxation without representation”. If you fail to change we will change to violence and throw your tea in the ocean.
Oh I got a good one. This happened like 3 months ago.
So my friend had texted me that night saying there was supposed to be a party and that I just had to come. So I was like "Aight" and tried to figure out how to get outta the house without waking my parents. My smart self was like "yea the window makes sense." Yea so I climbed out the window before realizing I'd have to jump from it. (Two story house.) So there I jumped and ended up landing on my ankle and twisting it. That then caused me to scream in pain waking up my mum. She just walked outside to see me laying on the front driveway.
Answer: The third statement
Explanation: land surfaces heat up and cool faster than water surfaces.
Land absorb more sun radiation than water . let's take an example such as, a boiling water. It take a while for a boiled (hot water) to cool down due to the amount of heat applied to it .it takes till slow amount of time to cool down .land gets heat up due to the sun radiation but if the weather changes, it cools faster than water. Using this explanation, the third statement is the best answer
