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Could you use a line graph to show data about how body mass changes with height?
Yes, because a line graph deals with change over time, and so does height.
Can you use a line graph to show data about how body mass changes with height?
yes
Why would you use a line graph for speed but bar graph for the mass?
A line graph is ideal for representing speed because it shows changes over time, allowing for the visualization of trends and fluctuations in speed. In contrast, a bar graph is better suited for displaying mass as it effectively compares distinct categories or groups, making it easier to see differences in quantities at a glance. Each type of graph serves its purpose based on the nature of the data being represented.
Could you use a circle graph to show data about how body mass changes with height.explain your answer?
No. A circle graph can be used for showing the relationship between a variable and its component parts. It is not suitable for illustrating changes over time.
Why don't you use a circle graph to show data about how body mass changes height?
It is not a suitable form of graph. A circle graph can be used for showing the relationship between a variable and its component parts. It is not suitable for illustrating changes with height.
Could you use a line graph to show data about how body mass changes with height?
Yes, because a line graph deals with change over time, and so does height.
How could you use a line graph to show data about how body mass changes with height?
Yes, because a line graph deals with change over time, and so does height.
Could you use a line graph to show data about how body mass (the responding variable) changes with height (the manipulated variable)?
yes
Can you use a line graph to show data about how body mass changes with height?
yes
Could you use a circle graph to show data about how body mass change?
No you could not.
Could you use a line graph to show data how body mass the responding variable changes with height the manipulated variable. explain?
A line graph could show how body mass changes with height by plotting body mass on the y-axis and height on the x-axis. Each data point represents a person's height and corresponding body mass. The line connecting the data points would help visualize the relationship between height and body mass, showing whether there is a positive, negative, or no correlation between the two variables.
Could you use a circle graph to show data about how body mass changes height?
No you could not.
What graph do you use to measure mass?
To measure mass, you typically use a bar graph or a line graph to represent the data collected from a scale or balance. A bar graph can effectively show the mass of different objects or samples for easy comparison, while a line graph can depict changes in mass over time or under varying conditions. Both graph types help visualize the relationship between mass and other variables.
What kind of graph would be the best choice to display data about the mass of an owl from birth to 18 mouths?
months* I think the best choice would be a line graph since line graphs are known to display data that changes over time. In your question the mass probably changes throughout an owl's life. This info would show clearly in a line graph since the mass changes.
Could you use circle graph to show data about how body mass changes with height?
no
What type of graph or chart would be best for mass and distance?
A scatter plot would be the best choice for visualizing the relationship between mass and distance, as it allows you to plot individual data points and observe any correlation between the two variables. If you're looking to show how mass affects distance or vice versa, a line graph could also be effective if the data points follow a specific trend. Additionally, a bar chart could be used if you want to compare average distances for different mass categories.
How can the density of a liquid be determined from a graph of mass vs volume?
The density of a liquid can be determined by calculating the slope of the graph of mass vs volume. The density is equal to the slope of the graph, as density is mass divided by volume. By finding the slope of the graph, you can determine the density of the liquid being studied.
