Answer:
Accurate - Yes
Precise - Yes
Explanation:
Accuracy and precision are two ways to detect the closeness of measured values in an experiment. However, these two terms do not mean the same thing.
Accuracy of a measurement refers to how close a measurement (experimental values) is to a true or actual value while the precision of a measurement refers to how close the experimental or measured values are to one another.
Note that, a measurement may be accurate but not precise or be precise but not accurate.
In the case of the dart board in the image, it is evident that the measured values (represented by darts) are close to the middle target (represents the known or accepted mark). Hence, the measurements are said to be ACCURATE. Likewise, the measured values are also close to one another, meaning that they are PRECISE.
Therefore, the measurements are both precise and accurate.
Sensation
detection of physical energy by sense organs, which then send info to the brain
- Detection of stimuli by sense organs
- how info gets to our brain = detecting stimuli
- allows us to pick up the signals in our environment
- ex. vision- going through eye to visual cortex and smell - going through nose.
Answer:
Less water.
Explanation:
If the plant is "drought-resistant" then that should mean less water is required for the plant to perform photosynthesis.
Answer:
Fungi can grow in cool and hot temperatures, but their best bet of growing the best is right in between, warm.
They grow best in warm and moist areas.
jope this helps ;)
Explanation:
Answer:
The elements in carbohydrates are carbon C, hydrogen H and oxygen O.
The elements in proteins are carbon C, hydrogen H, oxygen O and nitrogen N
The elements in lipids contain carbon C, hydrogen H, oxygen O, nitrogen N and phosphorus P.
The elements in fats/oils contain carbon C, hydrogen H and oxygen O
Explanation:
