Question

activity b: identification practice get the gizmo ready: • select the canadian rockies buttercups key. • select organism a. introduction: dichotomous keys are written for small, specific groups of organisms. for example, each dichotomous key in this gizmo is used to identify six to eight related species found within a geographic region. goal: identify a variety of organisms using dichotomous keys. 1. practice: use the gizmo’s dichotomous key to identify all the buttercups. canadian rockies buttercups | organism | common name | scientific name | |---|---|---| | a | | | | b | | | | c | | | | d | | | | e | | | | f | | |

Explanation:

To solve this problem of identifying the Canadian Rockies Buttercups using a dichotomous key (in the Gizmo), you would typically follow these steps (assuming you have access to the Gizmo interface with the dichotomous key for Canadian Rockies Buttercups):

Step 1: Access the Gizmo and Select the Key

Open the Gizmo and select the “Canadian Rockies Buttercups” key as instructed. This key will have a series of paired (dichotomous) questions about the buttercups’ traits (e.g., petal number, leaf shape, habitat, etc.).

Step 2: Analyze Organism A

Select “Organism A” in the Gizmo. Observe its characteristics (e.g., number of petals, leaf structure, color, or other traits displayed in the Gizmo). Use the dichotomous key to answer the first question (e.g., “Does the flower have 5 petals?” or “Is the leaf lobed?”). Each answer will direct you to the next question until you narrow down to the organism’s identity.

Step 3: Repeat for Organisms B–F

For each subsequent organism (B, C, D, E, F), repeat the process: select the organism, observe its traits, and use the dichotomous key to answer questions until you identify its common and scientific name.

Step 4: Record the Names

Once you identify each organism, fill in the “Common name” and “Scientific name” columns in the table.

Example (Hypothetical, as actual Gizmo traits vary):

• If Organism A has 5 yellow petals, a single flower per stem, and toothed leaves, the dichotomous key might lead you to identify it as “Alpine Buttercup” (Ranunculus alpestris).
• Repeat this process for B–F by observing their unique traits (e.g., Organism B might have 8 petals, smooth leaves, etc.) and using the key to identify them.

Final Table (After Completion):

Organism	Common name	Scientific name
B	[Identified name]	[Scientific name]
C	[Identified name]	[Scientific name]
D	[Identified name]	[Scientific name]
E	[Identified name]	[Scientific name]
F	[Identified name]	[Scientific name]

To complete this, you must interact with the Gizmo to observe the organisms’ traits and use the dichotomous key to identify each one. The specific names will depend on the Gizmo’s pre - loaded data for Canadian Rockies Buttercups.

Answer:

To solve this problem of identifying the Canadian Rockies Buttercups using a dichotomous key (in the Gizmo), you would typically follow these steps (assuming you have access to the Gizmo interface with the dichotomous key for Canadian Rockies Buttercups):

Step 1: Access the Gizmo and Select the Key

Open the Gizmo and select the “Canadian Rockies Buttercups” key as instructed. This key will have a series of paired (dichotomous) questions about the buttercups’ traits (e.g., petal number, leaf shape, habitat, etc.).

Step 2: Analyze Organism A

Select “Organism A” in the Gizmo. Observe its characteristics (e.g., number of petals, leaf structure, color, or other traits displayed in the Gizmo). Use the dichotomous key to answer the first question (e.g., “Does the flower have 5 petals?” or “Is the leaf lobed?”). Each answer will direct you to the next question until you narrow down to the organism’s identity.

Step 3: Repeat for Organisms B–F

For each subsequent organism (B, C, D, E, F), repeat the process: select the organism, observe its traits, and use the dichotomous key to answer questions until you identify its common and scientific name.

Step 4: Record the Names

Once you identify each organism, fill in the “Common name” and “Scientific name” columns in the table.

Example (Hypothetical, as actual Gizmo traits vary):

• If Organism A has 5 yellow petals, a single flower per stem, and toothed leaves, the dichotomous key might lead you to identify it as “Alpine Buttercup” (Ranunculus alpestris).
• Repeat this process for B–F by observing their unique traits (e.g., Organism B might have 8 petals, smooth leaves, etc.) and using the key to identify them.

Final Table (After Completion):

Organism	Common name	Scientific name
B	[Identified name]	[Scientific name]
C	[Identified name]	[Scientific name]
D	[Identified name]	[Scientific name]
E	[Identified name]	[Scientific name]
F	[Identified name]	[Scientific name]

To complete this, you must interact with the Gizmo to observe the organisms’ traits and use the dichotomous key to identify each one. The specific names will depend on the Gizmo’s pre - loaded data for Canadian Rockies Buttercups.