Create an illustration of a scientific experiment being conducted by an Asian female student in a laboratory. She is adding ice cubes to several beakers filled with water, arranged in a row on the lab table. The beakers have different quantities of ice, visually representing the increasing amount of ice being added. Nearby, a digital thermometer shows the changing temperatures, dropping as more ice is added. The kinetic energy is symbolized by the slowing motion of water molecules inside the beakers, shown as small dots spiraling slower as the temperature decreases.

A student adds ice to several samples of water. The results are shown in the table. Which conclusion can be drawn from the results?

(1 point)

As the amount of ice added increases, the change in temperature increases.
As the amount of ice added increases, the change in temperature increases.

As the temperature decreases, the kinetic energy of the sample increases.
As the temperature decreases, the kinetic energy of the sample increases.

As the amount of ice added decreases, the temperature decreases.
As the amount of ice added decreases, the temperature decreases.

As the temperature increases, the kinetic energy of the water molecules decreases.

10 answers

Coryxkenshin's quest is wrong I got 1 out 4 with their answers the right answers are

1. Tasha
2. As the amount of ice added increases, the change in temperature increases
3. Ice cubes added
4. A diagonal line

coryxkenshin's qussy

Is wrong for 3 its ice cubes added

dummy is 100 correct!

Qussy*

dummy is right :)

AMONG US

Thx dummy😄

thx dummy so much

hi

To determine the conclusion that can be drawn from the results, let's analyze the information in the table. However, the table you mentioned is missing from your question, so I cannot provide a specific conclusion based on the table.

However, I can explain how to analyze the results. In this experiment, a student adds ice to several samples of water and makes observations. To draw a conclusion, you would need to look at the relationship between the amount of ice added and the resulting change in temperature. If the temperature decreases as more ice is added, you can conclude that as the amount of ice added increases, the temperature decreases. Conversely, if the temperature increases as more ice is added, you can conclude the opposite.

Similarly, if the temperature decreases, you would need to check how it correlates with the kinetic energy of the sample. If the temperature decrease corresponds to an increase in kinetic energy, you can conclude that as the temperature decreases, the kinetic energy of the sample increases. On the other hand, if the temperature decrease corresponds to a decrease in kinetic energy, you can conclude the opposite.

Without the specific table or data, it is not possible to provide the correct conclusion. Please provide the relevant table or information so that I can assist you further.