Answer:
No
Explanation:
<em>It would be wrong for SpongeBob to conclude that giving flower power fertilizer helps the plant to produce more flowers based on the experimental design.</em>
There are fundamental flaws in the experimental design that could make the conclusion to be wrong:
- <em>The two plants were not subjected to the same conditions</em>
- <em>The sample size is too small </em>
In order to investigate if the flower power fertilizer has the capacity to help the plant to produce more flowers, <u>the two plants used should have been subjected to the same conditions barring only the fertilization application</u>. Whatever difference that is observed in the number of flowers produced can then be attributed to the fertilizer.
Also,<u> the number of plants for each group (with and without fertilizer) is too small to arrive at a reliable conclusion</u>. In scientific investigations, replicating measurements increases the statistical power of the resulting data and raises the reliability of the conclusion.
Answer: Precise measurements are important for Scientific Accuracy in order to get correct results
Explanation:
Precision is how close the Agreement is between repeated measurements under the same conditions. For example, if a measured value 36.7cm has three digits, or significant figures. Significant figures indicate the precision of a measuring tool that was used to measure a value
Accuracy is how close a measurement is to the correct value for that measurement.
When taking scientific measurements it is very important to be both precise and accurate. Bad equipment, human error can give inaccurate results.
Answer:
CO2
Explanation:
as plants inhales carbon dioxide
Answer:
the creation of 4 unique gametes
