use your table of temperatures from several areas to complete the statement. Air will move from blank. A Ariel Y two area ZB area X2 area ZC area Y to area XD area Z to area Y.

Hey bro! I doubt that any1 is going to give the answers for the quick check, so I'll help u out.

1. Question: Use the table of temperatures from several areas to complete the statement.
Answer: area X to area Z.

2. Question: Use the table of temperatures measured in two areas of a house to answer the question.
Answer: Warm air rises by convection to the upstairs.

3. Question: The transfer of heat by direct contact is called _____
Answer: conduction.

4. Question: Which option is an example of heat transfer by conduction?
Answer: person getting warm from an electric blanket.

I think those are the right answers, correct if I'm wrong..

Np

Thx ☺️

look at my answered by :)

bru i need help with connexses

To complete the statement using a table of temperatures from several areas, we need to compare the temperatures between these areas. Let's assume we have the following table of temperatures:

Area X: 20°C
Area Y: 25°C
Area Z: 15°C

Based on this, we can fill in the blank in the statement using the temperature differences between the areas.

"Air will move from ________."

Since air naturally moves from areas of higher pressure to areas of lower pressure, we can infer that air will move from the warmer area to the cooler area. In this case, Area Y has the highest temperature, followed by Area X, and Area Z has the lowest temperature.

Therefore, we can complete the statement as follows:

"Air will move from Area Y to Area Z."

Additionally, we can also complete the second part of the statement:

"Aerial Y to Area ZB, Area X to Area ZC, and Area Y to Area XD."

This is based on the assumption that the temperatures go from higher to lower, and each area is connecting to the area with a lower temperature.

It's important to note that this answer is based on the assumption that air moves from warm areas to cooler areas. Circumstances such as wind patterns and pressure systems can affect the actual airflow.