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A scientific model
plot the IV on the X-axis and the DV on the Y-axis
it shows a straight line passing through the origin
change the units of a measurement.
it shows a curved line that never crosses either axis.
is used to make scientific concepts easier to understand.
a formula.
a line graph.
values for the IV are recorded in the first (left) column, and values for the DV are recorded in the second (right) column
A graph can show a relationship of DIRECT variation between the IV and the DV if
plot the IV on the X-axis and the DV on the Y-axis
it shows a straight line passing through the origin
change the units of a measurement.
it shows a curved line that never crosses either axis.
is used to make scientific concepts easier to understand.
a formula.
a line graph.
values for the IV are recorded in the first (left) column, and values for the DV are recorded in the second (right) column
If you are given the value for other variables, you can solve for an unknown variable with
plot the IV on the X-axis and the DV on the Y-axis
it shows a straight line passing through the origin
change the units of a measurement.
it shows a curved line that never crosses either axis.
is used to make scientific concepts easier to understand.
a formula.
a line graph.
values for the IV are recorded in the first (left) column, and values for the DV are recorded in the second (right) column
In a data table
plot the IV on the X-axis and the DV on the Y-axis
it shows a straight line passing through the origin
change the units of a measurement.
it shows a curved line that never crosses either axis.
is used to make scientific concepts easier to understand.
a formula.
a line graph.
values for the IV are recorded in the first (left) column, and values for the DV are recorded in the second (right) column
Graphs
plot the IV on the X-axis and the DV on the Y-axis
it shows a straight line passing through the origin
change the units of a measurement.
it shows a curved line that never crosses either axis.
is used to make scientific concepts easier to understand.
a formula.
a line graph.
values for the IV are recorded in the first (left) column, and values for the DV are recorded in the second (right) column
The type graph best suited to continuous quantitative data is
plot the IV on the X-axis and the DV on the Y-axis
it shows a straight line passing through the origin
change the units of a measurement.
it shows a curved line that never crosses either axis.
is used to make scientific concepts easier to understand.
a formula.
a line graph.
values for the IV are recorded in the first (left) column, and values for the DV are recorded in the second (right) column
Dimensional analysis uses conversion factors to
plot the IV on the X-axis and the DV on the Y-axis
it shows a straight line passing through the origin
change the units of a measurement.
it shows a curved line that never crosses either axis.
is used to make scientific concepts easier to understand.
a formula.
a line graph.
values for the IV are recorded in the first (left) column, and values for the DV are recorded in the second (right) column
A graph can show a relationship of INVERSE variation between the IV and the DV if
plot the IV on the X-axis and the DV on the Y-axis
it shows a straight line passing through the origin
change the units of a measurement.
it shows a curved line that never crosses either axis.
is used to make scientific concepts easier to understand.
a formula.
a line graph.
values for the IV are recorded in the first (left) column, and values for the DV are recorded in the second (right) column
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