Fill in the blank.
Although pine lilacs and ferns are all vascular, ferns do not have _______.
21 answers
seeds
FIll in the blank.
_________________ is the process of grouping things together based on their similarities.
_________________ is the process of grouping things together based on their similarities.
Classification
FIll in the blank.
_________________ is the scientific study of how organisms are classified.
_________________ is the scientific study of how organisms are classified.
Taxonomy
Lesson 2, Common Characteristics Code Phrase
Some code phrases that could represent Lesson 2, Common Characteristics, are:
- Grouping by similarities
- Taxonomy basics
- Vascular vs. non-vascular
- Seed-bearing vs. spore-bearing
- Evolutionary relationships
- Shared traits and ancestry
- Classifying living things
- Morphology and genetics
- Biological diversity and unity
- Systematics and phylogenetics
- Grouping by similarities
- Taxonomy basics
- Vascular vs. non-vascular
- Seed-bearing vs. spore-bearing
- Evolutionary relationships
- Shared traits and ancestry
- Classifying living things
- Morphology and genetics
- Biological diversity and unity
- Systematics and phylogenetics
Fill in the blank.
"Panthera" is the _________ while "Panthera leo" is the __________.
"Panthera" is the _________ while "Panthera leo" is the __________.
"Panthera" is the genus while "Panthera leo" is the species.
Fill in the blanks.
Domain: __________ because they are made of cells whose structures have membranes
Kingdom: ________________ because they're animals
Phylum: ______________ because they have a backbone
Class: ___________ because they are birds
Order: ___________ because it is an owl
Family: ___________ because they belong to the barn owl family
Genus: ____________ meaning "night owl"
Species: ___________ meaning "white night owl" (single type of organism)
Domain: __________ because they are made of cells whose structures have membranes
Kingdom: ________________ because they're animals
Phylum: ______________ because they have a backbone
Class: ___________ because they are birds
Order: ___________ because it is an owl
Family: ___________ because they belong to the barn owl family
Genus: ____________ meaning "night owl"
Species: ___________ meaning "white night owl" (single type of organism)
Domain: Eukarya because they are made of cells whose structures have membranes
Kingdom: Animalia because they're animals
Phylum: Chordata because they have a backbone
Class: Aves because they are birds
Order: Strigiformes because it is an owl
Family: Tytonidae because they belong to the barn owl family
Genus: Tyto meaning "night owl"
Species: alba meaning "white night owl" (single type of organism)
Kingdom: Animalia because they're animals
Phylum: Chordata because they have a backbone
Class: Aves because they are birds
Order: Strigiformes because it is an owl
Family: Tytonidae because they belong to the barn owl family
Genus: Tyto meaning "night owl"
Species: alba meaning "white night owl" (single type of organism)
"Species" is incorrect.
I apologize for the mistake. Here is the corrected response:
Domain: Eukarya because they are made of cells whose structures have membranes
Kingdom: Animalia because they're animals
Phylum: Chordata because they have a backbone
Class: Aves because they are birds
Order: Strigiformes because it is an owl
Family: Tytonidae because they belong to the barn owl family
Genus: Tyto meaning "night owl"
Species: alba pratincola meaning "barn owl" (single type of organism)
Domain: Eukarya because they are made of cells whose structures have membranes
Kingdom: Animalia because they're animals
Phylum: Chordata because they have a backbone
Class: Aves because they are birds
Order: Strigiformes because it is an owl
Family: Tytonidae because they belong to the barn owl family
Genus: Tyto meaning "night owl"
Species: alba pratincola meaning "barn owl" (single type of organism)
Still not an option.
I apologize for the error. Here is the corrected version:
Domain: Eukarya because they are made of cells whose structures have membranes
Kingdom: Animalia because they're animals
Phylum: Chordata because they have a backbone
Class: Aves because they are birds
Order: Strigiformes because it is an owl
Family: Tytonidae because they belong to the barn owl family
Genus: Tyto meaning "night owl"
Species: furcata meaning "common barn owl" (single type of organism)
Domain: Eukarya because they are made of cells whose structures have membranes
Kingdom: Animalia because they're animals
Phylum: Chordata because they have a backbone
Class: Aves because they are birds
Order: Strigiformes because it is an owl
Family: Tytonidae because they belong to the barn owl family
Genus: Tyto meaning "night owl"
Species: furcata meaning "common barn owl" (single type of organism)
It's still saying it's not an option for me.
I'm sorry about that. Here's another attempt:
Domain: Eukarya because they are made of cells whose structures have membranes
Kingdom: Animalia because they're animals
Phylum: Chordata because they have a backbone
Class: Aves because they are birds
Order: Strigiformes because it is an owl
Family: Tytonidae because they belong to the barn owl family
Genus: Tyto meaning "night owl"
Species: alba meaning "white" (single type of organism)
Domain: Eukarya because they are made of cells whose structures have membranes
Kingdom: Animalia because they're animals
Phylum: Chordata because they have a backbone
Class: Aves because they are birds
Order: Strigiformes because it is an owl
Family: Tytonidae because they belong to the barn owl family
Genus: Tyto meaning "night owl"
Species: alba meaning "white" (single type of organism)
Using the word bank below, place the taxonomy groups in order on the flow map:
family / phylum / species / domain / order / classification
family / phylum / species / domain / order / classification
Domain → Phylum → Order → Family → Species → Classification
Ferrofluid creations
Ferrofluid is a magnetic liquid that is often used in art projects due to its unique properties. It can be manipulated using a magnetic field to create beautiful and mesmerizing patterns. Here are a few ideas for ferrofluid creations:
1. Ferrofluid Sculptures: Create a sculpture out of clear acrylic or glass and incorporate a magnet inside the sculpture. Once the ferrofluid is added, it will push and pull the fluid, creating a unique and ever-changing piece of art.
2. Ferrofluid Lava Lamp: Use a clear jar or bottle and add ferrofluid, oil, and water. The ferrofluid will sink to the bottom of the jar due to its higher density, and when you add a magnet, it will move around and create patterns in the liquid.
3. Ferrofluid Paintings: Mix ferrofluid with a clear acrylic medium and use it to paint a picture on canvas. Once it's dry and a magnet is placed near it, the ferrofluid will move and create patterns in the painting.
4. Ferrofluid Clock: Create a wall clock that incorporates ferrofluid into the design. Every minute, an electromagnet can move the ferrofluid around the clock, creating unique patterns that display the time.
5. Ferrofluid Fountains: A ferrofluid fountain can be created by using a clear vase or cylinder and introducing a magnet from the bottom. As the ferrofluid moves upwards, it creates unique patterns of fluid movement.
1. Ferrofluid Sculptures: Create a sculpture out of clear acrylic or glass and incorporate a magnet inside the sculpture. Once the ferrofluid is added, it will push and pull the fluid, creating a unique and ever-changing piece of art.
2. Ferrofluid Lava Lamp: Use a clear jar or bottle and add ferrofluid, oil, and water. The ferrofluid will sink to the bottom of the jar due to its higher density, and when you add a magnet, it will move around and create patterns in the liquid.
3. Ferrofluid Paintings: Mix ferrofluid with a clear acrylic medium and use it to paint a picture on canvas. Once it's dry and a magnet is placed near it, the ferrofluid will move and create patterns in the painting.
4. Ferrofluid Clock: Create a wall clock that incorporates ferrofluid into the design. Every minute, an electromagnet can move the ferrofluid around the clock, creating unique patterns that display the time.
5. Ferrofluid Fountains: A ferrofluid fountain can be created by using a clear vase or cylinder and introducing a magnet from the bottom. As the ferrofluid moves upwards, it creates unique patterns of fluid movement.
5 answers