Answer:
（no options?
may be China or India
What part of the ice cores tells us what the atmosphere was like in the past?
A.The water when the ice cores melt.
B. The ice crystals.
C. The rings of the ice core.
D.The air bubbles trapped in the ice cores.
Answer:
C
Explanation:
I took the test a few days ago. :)
why does secondary consumers cannot digest the bones of their prey
Answer:
The conclusion to be drawn from the fact that secondary consumers do not digest the bones of their prey is that energy used to create bone mass often does not travel farther up the food chain . Explanation: ... No energy is required to form bones .
Explanation:
Answer:hebivore
Explanation:
HELP ASAP WITH THE LAST QUESTION NO LINKS PLS
Answer:
physical change should be the answer
classes of tilapia fish
Answer:
Ray finned fish are also classes of tilapia
HELP
Youngest to oldest
Answer:
E B I F H A D G C
Explanation:
Which region would likely have the greatest amount of biodiversity?
A.
a mountainous region with two ecosystems, each of which supports a few different species
B.
a cave region with one ecosystem, which supports small populations of many different species
C.
a coastal region with three ecosystems, each of which supports many different species
D.
a grassland region with one ecosystem, which supports very large populations of a few different species
Answer:
C: a coastal region with three ecosystems, each of which supports many different species
Explanation:
Biodiversity means the variety of life in the world or in a particular habitat or ecosystem. So, a costal region with three ecosystem and each has many species would be a biodiversity.
Which of the following lists structures from smallest to largest?
O bacteria, virus, protist
O protist, bacteria, virus
O virus, protist, bacteria
O
virus, bacteria, protist
Answer:
The correct answer is - virus, bacteria, protist.
Explanation:
What is the greenhouse effect? How can humans reduce the level of greenhouse gases?
Answer:
The greenhouse effect is the production of harmful gases that harm the atmosphere.
Humans can reduce the level of greenhouse gases by opting for alternate technologies or reducing their carbon emissions.
Explanation:
The greenhouse effect is the process of heating the earth's atmosphere by trapping the Sun's energy, thereby making the atmosphere hot. This natural process of trapping the heat is caused by numerous gases like methane, carbon dioxide, water vapor, and other gases. It's from this process that the atmosphere produces bad gases that damage the earth.
The reduction of the effect can be reduced by humans if they reduce their consumption of resources or energy. Moreover, shifting to alternate technologies that use lesser or no gasoline will also help in the reduction of greenhouse gases.
what are some plans that can benifit Kelley's Island State Park?
Answer:
plant tees
Explanation:
okay in soiled
What did the mitochondria’s ancestor provide the large prokaryotic cell it lived in?
No links please
ᴄʜᴏᴜ-ᴛɪᴛᴇ ᴘᴀʏɴᴅɪɴɢ ᴄʜᴏᴜ-ᴘᴇᴘᴇ
ᴀʜᴀʜᴀʜᴀʜᴀʜᴀʜᴀʜ
Answer:
Hala hoy chou5555
Explanation:
ako to si IC3YY
nag chang'e server ako haha
How can different groups of Protista be defined ?
Answer:
Explanation:
Protists can be grouped according to similarities in a number of different categories including nutrition acquisition, mobility, and reproduction. Examples of protists include algae, amoebas, euglena, plasmodium, and slime molds. Protists that are capable of photosynthesis include various types of algae, diatoms, dinoflagellates, and euglena.
A high intrinsic growth rate would most likely be characteristics of
Answer:
r-selected species (e.g., American bullfrog)
Explanation:
The r-selected species (r-strategists) are those species in which their populations oscillate near the carrying capacity, i.e., the maximum population size sustained by a particular environment. These species are generally located in low-quality (less competitive) ecological niches and produce many offsprings that grow rapidly and have low chances of surviving to adulthood. Some examples of r-strategists include amphibians, fish, small mammals, etc. Conversely, K-selected species have more stable populations and produce a low amount of offspring (e.g., large mammals such as elephants).
Genetic Variation and Evolution Quick Check
In which of the following scenarios would evolution by natural selection take place? (1 point)
O A banana tree branch is planted, producing a clone of the parent tree
O Corn is genetically modified and cloned to make identical crops
O Microorganisms reproduce asexually, producing identical offspring
O Penguins reproduce sexually, producing offspring that look different from one another
Answer:
Penguins reproduce sexually, producing offspring that look different from one another
Explanation:
The evolution by natural selection take place in Penguins reproduce , producing offspring that look different from one another.
Penguins , suggesting that they have been witnessing herbal choice taking location over the path of generations over the years.
What is natural selection ?Natural selection is the system via which species adapt to their environments. It is the engine that drives evolution.
Thus it is well explained.
To learn more about the offspring refer to link :
https://brainly.com/question/471576
(20 POINTS!!) Respiration is a process where many chemical bonds inside the body break and release energy. This energy is used to perform various activities such as moving muscles. Explain the energy transformation in this process.
A. Chemical energy from broken bonds is transformed into mechanical energy for muscles.
B. Mechanical energy from broken bonds is transformed into chemical energy for muscles.
C. Mechanical energy from broken bonds is transformed into electrical energy for muscles.
D. Heat energy from broken bonds is transformed into electrical energy for muscles.
Answer:Cellular respiration is the process of transforming chemical energy into forms usable by the cell or organism. Organisms ingest organic molecules like the carbohydrate glucose to obtain the energy needed for cellular functions. The energy in glucose can be extracted in a series of chemical reactions known as cellular respiration. Most energy is produced during cellular respiration in the mitochondria, a process that involves breakdown of simple sugars to produce energy in the form of ATP, which is the usable form by the cell.
Explanation:
What is a habitat?
a. a community
b. an area of land
c. a population
Answer:
b hope i helped oh and help me at https://brainly.com/question/23664340
Explanation:
Answer:
A habitat is the natural home or environment of an animal, plant and any other living organism.
b. an area of land
what's the difference between a tax and a tariff
Answer:
A tax is a charge imposed on a taxpayer by a government. Tariffs are a direct tax applied to goods imported from a different country.
Explanation:
Duties are indirect taxes that are imposed on the consumer of imported goods. Tariffs and duties help protect domestic industries by making imports more expensive.
Hope this helps
The answer is C, taxes are collected internally while tariffs are collected on imports
around the time that the U.S. was discovered and colonized by britain, they were against us trading with other countries and so they banned free trade with other countries, and also placed tarrifs on their own goods. (which was a pretty bad idea that incited the american revolution) meaning that the tarrifs are placed on imports. Taxes on the other hand are a government related thing placed to pay for stuff like oil gas national defense and so on so forthon:
I am does this project of moon phases and its do soon I and need help finishing please help me.
Checkpoint 2: Scaling Your Visual
A model doesn’t show something exactly as it is in the world. A model represents something in the world to help us understand the important parts better. For this checkpoint, you will start to make decisions about how you will represent your phenomena through your visual. You will decide on a medium and plan out how you will represent the phenomena to scale.
Starting to Plan Your Visual
What medium will you use to make your model? (Drawing, animation, a physical model, an interactive model, etc.)
Ex. I will be making an animation to visualize the formation of the solar system.
What aspect(s) need(s) to be scaled to make your phenomena easy to see and understand? (Time, distance, size, etc.)
Ex. This process was very slow and I will be animating this process at a faster pace that is accurate to scale. This will make a very slow process easier to see and understand.
What are some limits you have to work within as you make your visual?
Ex. I won’t have time to make more than 100 slides for my animation. I will need to represent time in a way that will make sense with this many slides. Also my computer screen is not very big so I can only make objects as big or small as will fit.
Are there any aspects you are not representing to scale? Describe why or why not. (These will be limitations of your model.)
Ex. I will not be drawing solar system objects to scale for size. The animation cannot be larger than my computer screen, and if I show all the solar system parts to scale, some planets would be too small to see.
Determine Your Scale
Now, you will need to determine your scale. You must first decide what the scale of time, distance, and/or size in your visual will represent in the real world.
What maximum amount of time, distance, or size will you represent? For example, if you were animating a process that takes 100 million years long, then your maximum time would be 100 million years.
What minimum amount of time, distance, or size will you represent? For example, if the smallest time between two events in the process is 3 million years, then your minimum time would be 3 million years.
How will you represent this range of time, distance, or size at a scale that will make sense? How will you convert actual measurements to the scale of your visual? (This will be your conversion factor.) For example, if you were animating a 100 million year long process, you might decide that one second of your animation will represent one million years.
Plan to Scale Your Visual
Now that you have conversion factor, you will need to convert the actual measurements you gathered from your research into times, distances, or sizes that make sense for your visual. Use the chart below to organize your calculations.
Event, Distance, or Object
Actual Measurement
Conversion Factor
Measurement in My Visual
Interpreting Your Data
One benefit of converting the actual measurements to an easy-to-see scale is that it makes this data easier to interpret. Using this data, describe similarities and differences between the events, objects, or distances that you will represent in your visual.
Self-Assessment
Consult the Modeling rubric.
What level of skill do you believe your work shows?
Explain your self assessment above.
Consult the Interpreting Data/Information rubric.
What level of skill do you believe your work shows?
Explain your self assessment above.
Answer
I don't know
Explanation:
I don't know
Help me !! Please .....
Answer:
A. option is correct.
Explanation:
if given the following DNA sequence TACAAATAC ,what would be the translated code
Answer:
ATGTTTATG
Explanation:
A-T T-A
C-G G-C
Answer:
ATGTTTATG
A stands for Adenine and T stands for Thyamine
Adenine and Thyamine are the only ones that go together...so whenever you see an A, it corresponds with T...and vice versa
C stands for Cytosine and G stands for Guanine
Cytosine and Guanine are the only ones that go together...so whenever you see C, it corresponds with G...and vice versa
P.S. I'm pretty sure that's what the question was asking, correct me if I'm wrong..i remember doing something similar in 7th grade
What are the difference between transfusion and infusion ?
Answer:
Infusions essentially refer to when an outside substance is administered directly into the bloodstream, while transfusions refer to when the same substance, just from an outside source, is administered in the same manner.
Explanation:
HELP
Oldest to Youngest
Answer:
oh im doing this so i hope it help
Explanation:
i would be the youngest than d then h, e a c g ? it gets a little confusing but thats what i would say
PLS HELPPPPPPPPPPPP WITH THIS QUESTIONN;-)
Answer:
D
carbon monoxide and nitrogen oxide
Answer:
d
Explanation:
Red squirrels usually eat hazelnuts, but due to a reduction in their food source, they had to share resources with
squirrels. The number of red squirrels decreased over time, and gray squirrels gradually replaced the red squirre
they are better adapted to the environment. This is an example of (1 point)
O natural selection.
O survival of the fittest.
O competitive exclusion.
O resource partitioning.
The number of red squirrels decreased over time, and gray squirrels gradually replaced the red squirre they are better adapted to the environment. This is an example of natural selection.
What is Darwin's Theory?The Theory of Evolution states that it is the environment, through natural selection, that determines the importance of the individual's characteristic or its variations, and the organisms best adapted to this environment have a greater chance of survival, leaving a greater number of descendants.
With this information, we can conclude that this is an example of natural selection.
Learn more about natural selection in brainly.com/question/2725702
how should a detective work with forensic scientists in order to solve a crime?
1 First Steps: Observation and Data Collection. As a criminal investigator, you should begin by making observations. ...
2 Create Your Hypothesis. ...
3 Test the Hypothesis. ...
4 Interpret Results and Form Conclusion. ...
5 Crime Investigation Tips.
PLZ HURRY ITS A TIME LIMIT
Several human populations spread throughout the Sahara desert have multiple mutations in Gene R that confers heat tolerance. Independently, a small population of humans in the Mojave desert of California have a unique mutation in Gene Z that also confers heat tolerance. The evolution of adaptation of heat tolerance across all of these populations would be considered an example of _________
Answer:
Variation
Explanation:
Migration into a population from other populations with varying gene frequencies, evolution, or adaptation of heat tolerance is a cause of variation. The allele frequency of the resulting hybrid population would be right in the middle of its original value and the donor population's frequency. In tropical and subtropical ecosystems (Sahara deserts), high temperatures are a significant restriction to human population productivity; they induce morphological and physiological modifications at all times, resulting in significant yield losses but the ability and evolution of human species to cope in this region is as a result of variation.
An experiment similar to the 1952 Hershey and Chase experiments was done in which radioisotope 35S was added to a bacteriophage replicating within its bacterial host. The new phage particles were carefully isolated and used to infect fresh bacterial cells and no radioisotopes were utilized. Based on this information, where would you expect to find the 35S radioisotope immediately after infection
Answer:
inside the phage ghosts outside the bacterial cells.
Explanation:
According to Hershey & Chase- Experiments, the radioisotope 35S is frequently associated with protein since sulfur is a protein component. The radioactive sulfur is absorbed into the protein coat because it already contained sulfur (35S). The radioactive marker 35S was integrated into the Bacteriophage protein coat and remained as phage ghosts outside the bacterial cells.
PLEASE ANSWER ASAP
When a runner completes a 10K
race, she is breathing heavily,
sweating profusely, and her
heart rate is rapid. What
systems are involved in causing
these changes in her body
systems? How do these
systems interact to allow her to
complete the race?
Answer:
The nervous system, the circulatory system and the respiratory system.
Explanation:
Nervous system (more specifically the autonomic nervous system) controls perspiration
Circulatory system controls your heart rate
Respiratory system controls your breathing.
In what two ways are warm air and cool air different and how does this affect pressure and cause wind?