2. complete the following table by identifying the observations as quantitative or qualitative observations.
observation|quantitative or qualitative?
the density = 3.24 g/cm³
the substance is red.
the metal is malleable.
mass = 35.5 g
the reaction produced white smoke.
the distance is 7.8 km.
the texture of the substance is soft.
3. how are science and technology related?
4. is the hypothesis \babies like the color orange best\ a good hypothesis? explain

Question

2. complete the following table by identifying the observations as quantitative or qualitative observations.
observation|quantitative or qualitative?
 the density = 3.24 g/cm³
the substance is red.
the metal is malleable.
mass = 35.5 g
the reaction produced white smoke.
the distance is 7.8 km.
the texture of the substance is soft.
3. how are science and technology related?
4. is the hypothesis \babies like the color orange best\ a good hypothesis? explain

Accepted Answer

# Explanation:
## Step1: Recall definition of quantitative
Quantitative observations have numbers.
## Step2: Recall definition of qualitative
Qualitative observations are descriptive, no numbers.
## Step3: Categorize "the density = 3.24 g/cm³"
Has a numerical value for density, so quantitative.
## Step4: Categorize "The substance is red"
Describes color, no number, so qualitative.
## Step5: Categorize "The metal is malleable"
Describes a property, no number, so qualitative.
## Step6: Categorize "mass = 35.5 g"
Has a numerical value for mass, so quantitative.
## Step7: Categorize "The reaction produced white smoke"
Describes a visual - non - numerical, so qualitative.
## Step8: Categorize "The distance is 7.8 km"
Has a numerical value for distance, so quantitative.
## Step9: Categorize "The texture of the substance is soft"
Describes texture, no number, so qualitative.

For question 3:
# Explanation:
Science discovers natural phenomena and laws. Technology applies scientific knowledge to create useful products, methods or services. Science provides the theoretical basis for technology, and technology can also drive scientific research by providing new tools and problems.
# Answer:
Science provides the knowledge base for understanding the natural world. Technology uses this knowledge to develop practical applications. For example, scientific research on electricity and magnetism led to the development of electrical technologies like generators and motors.

For question 4:
# Explanation:
A good hypothesis should be testable. This hypothesis about babies liking the color orange can be tested by observing and recording babies' reactions to the color orange compared to other colors. However, it is somewhat subjective as "liking" can be hard to precisely define and measure. But overall, it can be tested through experiments, so it has some elements of a good hypothesis.
# Answer:
It is a somewhat good hypothesis. It is testable by observing babies' responses to the color orange versus other colors. However, "liking" is subjective and hard to measure precisely.

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QUESTION IMAGE

Question

Explanation:

Step1: Recall definition of quantitative

Step2: Recall definition of qualitative

Step3: Categorize "the density = 3.24 g/cm³"

Step4: Categorize "The substance is red"

Step5: Categorize "The metal is malleable"

Step6: Categorize "mass = 35.5 g"

Step7: Categorize "The reaction produced white smoke"

Step8: Categorize "The distance is 7.8 km"

Step9: Categorize "The texture of the substance is soft"

Answer:

Observation	Quantitative or Qualitative?
The substance is red.	Qualitative
The metal is malleable	Qualitative
mass = 35.5 g	Quantitative
The reaction produced white smoke.	Qualitative
The distance is 7.8 km.	Quantitative
The texture of the substance is soft.	Qualitative