Answer:
Yes, more than one dichotomous key be developed to identify the same group of organisms. The reason that more than one dichotomous key for the identification of the same group of organisms is possible is that the organisms are identified by a number of different characteristics and one person developing a key might use a different set of characters from another person.
How is the human body similar to an airplane?
Answer:
They all have different parts for it to work as a whole.
And different systems, without one of them the plane would:t work.
The human body is similar to an airplane in that; both require energy to function.
Discussion:
The airplane requires energy in form of fuel in its combustion engines. Upon combustion, the fuel is burnt and converted to energy which in turn is used to fly the airplane.The airplane requires energy in form of fuel in its combustion engines. Upon combustion, the fuel is burnt and converted to energy which in turn is used to fly the airplane.On this same note; the fuel in the human body is derived from the metabolism of nutrients in foods in a bid to convert such nutrients to the energy denomination of the human body ( ATP). This energy is used for the day to day activities f the human body.Read more about human body metabolism:
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Make a claim about what plant cells, bacteria cells, and human skin cells have in common. Support your claim with evidence from the photos. This is from the HMH Florida Science Life Science 7th Grade Book
Answer:
well plant cells and bacteria and human skin cells one is on in human and plant is flowers and food and bacteria is in your body so can help you or noy
HURRY!
Cellular respiration and photosynthesis have similar equations. Which additional resource is part of photosynthesis, but not cellular respiration? sunlight nitrogen carbon water
Answer:
sunlight , sunlight
Explanation:
sunlight
Living cells are classed as either prokaryotic or eukaryotic. Which of the following characteristic(s) identify eukaryotic cells? Select all that apply.
Prokaryotes are organisms as Bacteria or Animals.
Although Eukaryotes are the organisms that make their own food.
Choose an ecosystem: Tropical Rain Forest, Temperate Rain Forest, Grasslands, Desert, Tundra, Fresh Water, Coral Reefs, or one of your choice. Make sure it includes, sun/chemicals, producer, primary consumer, secondary consumer, tertiary consumer, and a decomposer. Title and label your food chain.
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Answer: Grasslands Food Chain
Producer: Shrub
Primary consumer: Grasshopper
Secondary consumer: Mouse
Tertiary consumer: Fox
Decomposer: Worm
True or false Ribosomes are made in a special region of the nucleus called the nucleolus
Answer:
True
Explanation:
Answer:
true
Explanation:
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Living things are made of cells. Some organisms are made of ONE CELL and are called:
Answer
unicellular cells
Explanation:
I'm pretty sure of this
Can someone please help me???
Sample Problem
A) Calculate the surface area. surface area of cube = number of faces × area of one face surface area of cube = 6(2 cm × 2 cm) surface area of cube = 24 cm 2
B) Calculate the volume. volume of cube = side × side × side volume of cube = 2 cm × 2 cm × 2 cm volume of cube = 8 cm 3
C) Calculate the surface area-to-volume ratio. A ratio is a comparison between numbers. It can be written by placing a colon between the numbers being compared.surface area : volume = 24 cm 2: 8 cm 3surface area : volume = 3 cm 2: 1 cm 3
Calculate: What is the surface area-to-volume ratio of a cube whose sides are 3 cm long?
A Calculate the surface area.
B Calculate the volume.
C Calculate the surface area-to-volume ratio
Answer:
It should be B
Explanation:
Put each of these animals in one of these categories.
⇒ Lacks Colored Blood
⇒has a soft, unsegmented body
⇒is a vertebrate
⇒lacks antennae
1.
Cows get energy to move from the grass they eat. What is the energy transformation starting with the grass?
Mechanical to radiant and chemical energy
Mechanical to thermal and chemical energy
Chemical to mechanical and thermal energy
Chemical to thermal and radiant energy
Answer:
Mechanical to radiant and chemical
Answer:
Chemical to mechanical and thermal energy
Explanation:
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2. Using the classification tree shown, how would you classify an autotrophic diatom? Explain your reasoning.
Answer:
An autotrophic protist is a type of single-celled organism that can create its own food. The best-known group is the algae. Read this lesson to learn more about autotrophic protists and see some examples!
What Are Autotrophic Protists?
To answer this question, let's break it down into two parts. First, we have the term autotrophic. What does this mean? Well, an autotroph is an organism that can make its own energy, or food, typically by converting sunlight into usable components. The most common way this is done in nature is through photosynthesis. Organisms that cannot make their own energy, called heterotrophs, have to acquire energy by consuming other things.
Now we know what autotrophs are, but what are protists? A protist is a eukaryotic, microscopic organism. The term eukaryotic means the cells are organized into specific structures. A protist may be single-celled or multi-celled. Protists usually require an aquatic environment to thrive, though this may be salt or fresh water.
Characteristics and Examples of Autotrophic Protists
By knowing what each part of the name means, we already know a lot about autotrophic protists. They make their own food through the process of photosynthesis, and they are very small, eukaryotic organisms that usually live in some type of water. What else do we need to know? The largest group of autotrophic protists is collectively called algae. You have probably heard of algae before, even if you didn't know that they were classified as autotrophic protists! We can break the algae down into more specialized groups based on the shape of their cells and the type of photosynthetic pigments they use: the most common examples are green algae, red algae, brown algae, and golden algae.
Let's take a look at each of these. First, we have green algae. This type uses the pigments chlorophyll a and chlorophyll b to aid in the process of photosynthesis, resulting in the organism having a green tint in color. Green algae may be unicellular, multicellular, or live in colonies, and species use both asexual and sexual reproduction techniques.
The green algae, Micrasterias, as seen under a microscope.
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Next, we have red algae. Unlike green algae, which comes in a variety of cellular forms, most red algae are multicellular. Like the name suggests, red algae lack certain types of chlorophyll and rely on red light wavelengths to create energy. As a result, they can live in deeper waters than the green algae (red light penetrates deeper into water than other wavelengths). Some red algae reproduce asexually by releasing spores, while others may utilize sexual reproduction.
Red algae, as seen under a microscope.
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Brown algae are different from the previous two types - they are all multicellular and can be larger in size, even visible to the naked eye. Brown algae rely on the pigment fucoxanthin in photosynthesis, and this pigment gives them their brown color. (Isn't it convenient how algae are often classified by their color?)
how does a phone get energy when charging it to a portable charger
Can someone please explain to me how particles in a solid can vibrate back and forth? I'll give brainliest!!! Big Time... This is a physical science question, but I am just putting it as a biology question because physical science is not an option...
What would happen if your organ systems stopped functioning properly?
Answer:
All of the organ systems of the body work together to maintain homeostasis of the organism. If homeostasis fails, death or disease may result.
The protons and neutrons are in the nucleus of the atom, while the electrons are on the outside. How would you calculate the number of neutrons in the atom?
A. Subtract the atomic mass and the atomic number
B. Add the atomic mass and the atomic number
C. Subtract the number of protons from the atomic number
D. Add the number of protons to the atomic number
he diagram below represents a cross between two pea plants. Rr X Rr. In pea plants, the allele for round seeds (R) is dominant to the allele for oval reeds (r). In a cross between two plants above what percentage of the offspring will have round seeds?
a. 100%
b. 75%
c. 50%
d. 25%
What state of matter has a defined volume but undefined shape?
A ) gases
B ) liquids and gases
C ) liquids
D ) solids and liquids
Answer: A) liquids.
Explanation: I took the Test and thanks to this "Expert", I got a 70% because of his stupidity.
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Answer:
B
Explanation:
It shows that the most stuff that they ate were plants on this data chart.
Consumers get energy from cellular respiration
true or false
Answer:
False
Explanation:
Consumers are organisms who must consume other organisms in order to get their energy, hence their names, consumers.
Answer:
True
Explanation:
sorry if I am wrong
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the figures below represents two chromosomes from an animal. using the table below that describes the traits carried on chromosome #6, which trait can the animal inherit only from its mother? how do you know this?
Answer:
The Chromosomes that an organism inherits are made of 1000's of genes that are made to produce proteins that build certain traits that give the organism its characteristics. Use the diagram above to Fill in the data chart for the phases of mitosis The resulting offspring will only have half the chromosomes of the parents.
Explanation:
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Science!!!
This is due in 20 min!
I have compared a cell to an amusement park for the assignment what part of an amusement park is similar to a mitochondria (breaks down food to make energy for cell)
you could do a boat ride! look up a picture of the cell n like make it into a boat ride. they could also be the little trains that travel around the park. hope this helped!
Answer:
The plasma membrane is like a gate and is a phospholid bilayer that surrounds the cell. The gate is much like the plasma membrane in that it selects who can enter an amusement park with a ticket. This is like the entrance to a park. The nucleus is like the information booth that contains all of the blueprints for making necessary points. At an amusement park, the information booth, much like the nucleus of a cell, provides all information and maps for where to go and what to find. The lysosome is like a recycling bin that digests excess or worn out organelles in cells. They contain digestive enzymes. In an amusement park, without trash cans, excess food and waste would have no where to be thrown away. By recycling waste, it is put through a process much like the digestive enzymes. The ribosomes are like food stands, that make proteins according to the instructions given by the DNA. Food stands in an amusement park provide nutrients and refreshments for the guests. This is much like the process of ribosomes. The rough endoplasmic reticulum are like buses. It is a series of high folded membranes that provide transport system between the nucleus and cytoplasm. In an amusement park, transportation is needed to provide guests with fast access to areas of the park. Buses provide the quickest transportation for guests.
sorry if i did not do all the parts but hope this helps
What season is it if it is sleeting outside?
Answer:
winter
Explanation:
Answer:
Winter
Explanation:
Because sleet is made from snow
which of the following is an example of asexual reproduction?
a. two cats having a litter of kittens
b. a pair of birds has a nest full of eggs that hatch into chicks
c. an amoeba undergoing mitosis
d. an apple tree getting pollinated and producing fruit with seeds
the figures below represents two chromosomes from an animal. using the table below that describes the traits carried on chromosome #6, which trait can the animal inherit only from its mother? how do you know this?
Answer:
3 chromosomes from the mother
What is mutualism? Give two examples.
What is commensalism? Give two examples.
What is another name for an animal that is only a primary consumer?
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Answer:
herbivores
Explanation:
Animals that eat only plants are called herbivores (or primary consumers). Animals that eat other animals are called carnivores. Carnivores that eat herbivores are called secondary consumers, and carnivores that eat other carnivores are called tertiary consumers.
Herbivores. Animals that eat only plants are called herbivores (or primary consumers). Animals that eat other animals are called carnivores.
What are Primary consumer?Carnivores that eat herbivores are called secondary consumers, and carnivores that eat other carnivores are called tertiary consumers.
An alligator (Alligator mississippiensis) snoozes on the bank of a slow-moving water channel on a sawgrass prairie in the Florida Everglades. In the shallows, a great egret (Ardea alba) is pursuing fish. An aster leaf is being chewed by a grasshopper (Brachystola magna).
Every ecosystem has living things that work together to distribute energy in predictable ways. A trophic pyramid, as it is known among scientists, can depict these interconnections.
Therefore, Herbivores. Animals that eat only plants are called herbivores (or primary consumers). Animals that eat other animals are called carnivores.
To learn more about herbivores, refer to the link:
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