Before launching a science investigation, you must establish clear guidelines. Choose the correct phrases below to form a scientifically sound Aim for studying how variables affect plant water absorption.
Aim Statement:
To find out if the
affects the
Step 1.5: Formulate a Hypothesis
A hypothesis is an educated guess or prediction of what will happen in your experiment. Fill in the blanks below based on your chosen aim.
Step 2: Design a Fair Test
An investigation is a Fair Test if only ONE changed variable is tested at a time, while all other variables are kept identical. Watch the Live Previews change instantly as you adjust your choices!
Set-up A Configuration
💨 Wind
Set-up B Configuration
💨 Wind
Step 3: Conduct the Investigation
Observe your modular containers over 24 simulated hours. Track how the variables change. Once finished, a live bar graph will illustrate the final absorbed volumes side-by-side!
💨
💨
Set-up A
100 ml
Set-up B
100 ml
Time Passed: 0 Hours
Data Collection Log Table
Set-up
Initial Water Vol (ml)
Final Water Vol (24h) (ml)
Total Water Absorbed (ml)
A
-
-
-
B
-
-
-
Visual Results Bar Graph
Step 4: Conclusion Workspace
Review your gathered data trends and graph performance. Complete the fill-in-the-blanks structural analysis statement to tie up your findings correctly.
Investigation Conclusion:
Based on the experiment data, Set-up A absorbed 0 ml of water and Set-up B absorbed 0 ml of water.
Therefore, as the [chosen factor] increases or is present, the total amount of water absorbed by the plant
.
This water is taken in by the plant's roots and travels up the stem through the
.
Our results show that our initial hypothesis was
.