Answer:
what?
Explanation:
why does DNA never leave the nucleus
Answer:
DNA cannot leave the nucleus because that would risk it getting damaged.
9. Introducing an exotic species to an environment can
a improve soil fertility.
b. cause biological magnification.
c. cause native species to die out.
d increase crop yields.
Answer:
The answer would be: C. Cause native species to die out.
Explanation:
The Everglades is a prime example of this. The python is a non-native, exotic species. It has caused over 99% of native species to die out.
Let me know if I am correct! :>
Do you think fords suck why or why not
Answer:
yes i do
Explanation:
i personally think gmc and chevy are the best truck made, but thats just my opinion.
Lily Color Genetics
Genotype
Phenotype
YYPP
orange
pink
ҮyPP
Orange lilies get their color from two genes, a
gene for yellow pigment and a gene for pink
pigment. Each gene has a dominant allele and a
recessive allele: Y and y for the yellow gene, P
and p for the pink gene.
pink
yyPP
• When both pigments are expressed, the
flowers appear orange.
• When only one pigment is expressed, the
flowers are either yellow or pink.
• When neither pigment is expressed, the
flowers appear white.
ҮҮРp
YyPp
yypp
YYpp
Yypp
yypp
Fill in the correct phenotype (color) for each
genotype in the table.
Show Answer
2 of
[tex]\mathfrak{\huge{\orange{\underline{\underline{AnSwEr:-}}}}}[/tex]
Actually Welcome to the concept of Genetics and color.
According to the above condition, we will get the remaining results of crisscross as,
4.) YYPp ==> Yellow
5.) YyPp ==> Orange (both expressed)
6.) yyPp ==> Pink
7.) YYpp ==> Yellow
8.) Yypp ==> Yellow
9.) yypp ==> White
In this case, we have to recognize the concepts of genetics, so the phenotype for each exercise color:
YYPP=orangeYyPP=orangeyyPP=pinkYYPp=orangeYyPp=orangeyyPp=pinkYYpp=yellowYypp=yellowyypp=whiteWhat is a phenotype?Phenotype is an important concept adopted in Genetics and is usually defined as the set of observable characteristics of an organism. In this sense, the morphological and physiological characteristics of an individual are included in this set.
So from the information given in the statement we have that:
When both pigments are expressed, the flowers appear orange.When only one pigment is expressed, the flowers are either yellow or pink.When neither pigment is expressed, the flowers appear white.Phenotypes are expressed by the following colors:
YYPP=orangeYyPP=orangeyyPP=pinkYYPp=orangeYyPp=orangeyyPp=pinkYYpp=yellowYypp=yellowyypp=whiteSee more about phenotype at brainly.com/question/20730322
What strategies should be considered for an HIV vaccine?
what is an adaptation
Answer:
a change or the process of change by which an organism or species becomes better suited to its environment
Explanation:
Answer:
ad·ap·ta·tion
/ˌadapˈtāSH(ə)n/
Learn to pronounce
noun
the action or process of adapting or being adapted.
"the adaptation of teaching strategy to meet students' needs
"filming her adaptation of a beloved children's book
Explanation:
Just search it up
at what point did the climate began to fluctuate more severely ? (2 points )
Answer:
Due to greenhouse gases.
Explanation:
When the high emission of greenhouse gases occurs, the climate began to fluctuate more severely because greenhouse gases such as carbondioxide gas and methane etc block the solar radiation that is reflected back to space which is responsible for the change of climate. If there is more greenhouse gases are emitted in the atmosphere so there is more fluctuation in the climatic condition of earth atmosphere so we can conclude that greenhouse gases leads to fluctuation of climatic conditions more severely..
What do these layers and their fossils suggest about Earth's history?
Answer:
D. there has been changes in Earths lifeforms over time.
Explanation:
Describe Charles Darwin's theory of natural selection
Answer:
it sghwbdhfbwahdfk
Explanation:
Answer:
Explanation:
Darwin's Theory of Evolution by Natural Selection
More individuals are produced each generation that can survive. Phenotypic variation exists among individuals and the variation is heritable. Those individuals with heritable traits better suited to the environment will survive.Charles Darwin's theory of evolution states that evolution happens by natural selection. Individuals in a species show variation in physical characteristics. ... As a consequence those individuals most suited to their environment survive and, given enough time, the species will gradually evolve.
Everybody meu-nbht-zzn
ok
we are talking gibberish now
so...
neu cbnsj habbe
Which of the following is something that all living organisms have in common ?
A.) They all contain at least one cell .
B.)They all need a source of oxygen .
C.) They all use other organisms for food .
D.)They all find mates to reproduce .
Explanation:
B is absolutely correct answer.
all the different organisms interacting in a pond make up..?
Answer:
Population
hope this helps
have a good day :)
Explanation:
A company called Sierra Pacific Industries is destroying forests by a destructive and non-sustainable practice called clearcutting. This is being done at an alarming rate in specific counties in California.
A.Primary Succession
B.Secondary Succession
Answer:
Secondary succession.
Explanation:
Clearcutting leaves an area barren. It is a horrible practice and is opposed by every environmental group. There are better ways of logging without destroying the plant life present there. This is secondary succession because plant life did exist in the area that clear cut and will again if the logging company or the government will replant the area.
Explain the causes of the seasons
Answer:
weather
Explanation:
D
Question 8
2 pts
The symbiotic relationship that occurs when a bee benefits from the nectar of a plant
and other plants are pollinated by the bee carrying the nectar is called
Select)
This type of relationship occurs when
[ Select]
Answer:
Mutualism, this happens when both organisms benefit. Good luck on whatever your doing mate, have a great day.
Explanation:
Question 14 (2 points)
A series of organisms listed in a way that shows which is a food source for another is
called a(n)
A
while an)
Ą
is made up of multiple connected energy paths in an ecosystem.
Answer:
a
Explanation:
the answer is a ecosystem
Explain which sound wave has the greatest amplitude?
A
Wave A because the compressions and rarefactions are more similar, so it has a larger amplitude.
B
Wave A because the rarefactions are more tightly packed, giving it a greater frequency
C
Wave B because the tightly packed compressions give it a longer wavelength.
D
Wave B because the compressions are more tightly packed, giving it a larger amplitude
D
Wave B because the compressions are more tightly packed, giving it a larger amplitude
Significado del acoplamiento entre CTE y FosOx, es de bioquimica si alguien me puede ayudar por favor
Answer:
La teoría quimiosmótica indica que la cadena de transporte de electrones (CTE) y el proceso de fosforilación oxidativa (FosOx) están acoplados por un gradiente de protones.
Explanation:
La teoría del acoplamiento quimiosmótico propuesta por Peter Dennis Mitchell permite entender cómo el ADP se fosforila a ATP en mitocondrias y cloroplastos. La energía que se libera durante la cadena del transporte de electrones es utilizada por la célula para crear un gradiente de protones a través de las membranas internas de mitocondrias y cloroplastos. Subsecuentemente, la energía potencial creada a partir de este proceso es liberada por el movimiento de protones a favor de un gradiente electroquímico. Finalmente, la energía potencial creada a partir del flujo de electrones es acoplada a la fosforilación oxidativa para sintetizar enlaces fosfato de alta energía en el ATP a partir de ADP y fosfato (Pi).
which of the following is NOT a natural resource?
A gold
B water
C oil
D fire
Answer:
D
Explanation:
Fire is man made because for there to be fire you have to strike a match or use other man made sources
Explique en que consiste el funcionamiento del SNC y SNP en el acto reflejo mencionando a lo menos 2 características del proceso
Answer:
SNP → Envía la información de los estimulos al SNC (neuronas aferentes) y lleva una respuesta hacia los efectores (neuronas eferentes).
SNC → Recibe la informacion que envia el SNP, la procesa y envía una respuesta hacia el organo efector (interneuronas).
Explanation:
Al hablar del arco reflejo se hace referencia a la secuencia de pasos que se llevan a cabo para que el cuerpo reaccione ante un estímulo externo.
En términos gerenales, el sistema nervioso periférico recibe informacion a modo de estimulo del medio externo. Esta información es enviada al sistema nervioso central, donde se procesa y se envía una respuesta adecuada en función del estimulo. Este mecanismo es el arco reflejo.
Existen tres tipos de neuronas involucradas en el arco reflejo.
Neuronas aferentes o sensoriales Interneuronas Neuronas eferentes o motorasModo de acción:
Rama ascendenteEl estímulo llega al cuerpo y es recibido por receptores sensoriales especializados que responden a ellos. La información recibida por estos receptores, es convertida de energia del estímulo (temperatura, luz, presión, etc) a energia del potencial de acción.
Las neuronas aferentes, ubicadas en la dermis y epidermis, reciben la información de los receptores, reaccionan al estímulo y envian esa información al sistema nervioso central a modo de impulsos nerviosos.
Rama descendenteUna vez que la información llega al sistema nervioso central, es procesada por las interneuronas, quienes cumplen la función de análisis y procesamiento de toda la información para enviar una respuesta. Las interneuronas manejan muchas de las señales sensoriales, las evaluan, las comparan, y envian una respuesta motora.
Las neuronas eferentes reciben esta respuesta de las interneuronas, y son estimuladas para llevar estas nuevas señales desde el sistema nervioso central hacia las células de los organos efectores. El órgano efector en general puede ser un músculo o una glándula.
Finalmente, el tejido de destino responde al estimulo a modo de contracción, en caso de tratarse de un músculo, o de liberación hormonal, en caso de tratarse de una glándula.
-What is DNA replication?
-Where does it happen?
-Why does it happen, to prepare for what?
-What model explains how DNA replication works?
-Use a picture to show and explain semi conservative
-What is Chargoff's rule? How is it different in RNA?
-What are mutations?
-What is the difference between point and frameshift mutations?
I hope this helps answer your question.
8. The graph below shows the reaction rates of two different reactions. Which of the following statements could explain the difference in the two reactions?
Answer:
These two reactions have different reactants, bonding and catalysts.
Explanation:
The two reactions are different from one another due to fusion of different reactants as well as different products. These two reactions may have different types bonding i.e. covalent, ionic or metallic bond etc between their atoms. In these two reactions, different types of catalyst are used which helps in speedup the chemical reaction so we can conclude that these two reactions have different reactants, bonding and catalysts in their chemical reaction.
What do carbohydrates provide to humans?
A. less mass
B. Light
C. Quick Energy
Answer:
It's definitely not light...so the most practical answer is c. quick energy.
what happened to the oil when you first dumped it into the water? explai the effects of oil spills on the ocean ecosystem
What would you eat for the rest of your life and why
Answer:
I would eat organic food or natural food
Explanation:
Because these type of food does not contain chemicals or are not artificial or are not even genetically modified which can be not good for our health but the organic foods are the best for our health.
Después de la fecundación, la célula recién formada llamada cigoto lleva a cabo divisiones sucesivas hasta desarrollar un nuevo individuo. Estas divisiones se llevan a cabo mediante el proceso llamado
Answer:
Después de la fecundación, la célula recién formada llamada cigoto lleva a cabo divisiones sucesivas hasta desarrollar un nuevo individuo. Estas divisiones se llevan a cabo mediante el proceso llamado segmentación.
Explanation:
Luego de que se produce la fecundación del óvulo y se forma el cigoto, los 3 a 4 días que le siguen abarca un proceso llamado segmentación. En este proceso se producen sucesivas divisiones celulares dando blastómeros, los cuales son células que forman el embrión y a las estructuras que este necesita para desarrollarse. La segmentación es un proceso que ocurre en las trompas de falopio mientras el cigoto se desplaza hacia el útero donde se implantará.
describe the process of cell division that occurs to produce daughter cells during asexual reproduction
Answer:
The primary mechanism by which organisms generate new cells is through cell division. During this process, a single "parent" cell will divide and produce identical "daughter" cells. In this way, the parent cell passes on its genetic material to each of its daughter cells. ( Hope it helps )
What role do organisms, such as bacteria or fungi, that feed on and break down dead plant or animal
matter and make nutrients available play in an ecosystem?
producers
predators
decomposers
consumers
NO LINKS
Explain the water cycle step by step in your own words
Answer:
The Water Cycle Step 1. The sun happens to be the driving force of the water cycle. It heats up the water in seas, rivers, lakes and... Step 2. This water vapor then comes in contact with air currents, which take it higher into the atmosphere. After... Step 3. These clouds move all round the globe ...
Explanation:
PLEASE HELP AM HAVING A MENTAL Breakdown!!!
What enzyme opens up in the DNA into two single strands ?
Answer:
DNA helicase
Explanation:
The image of this question shows the replication of DNA into two identical copies. However, before this occurs, the double-stranded DNA needs to be unwound or separated so that each single strand can serve as a template for a new strand.
An enzyme called DNA helicase is responsible for the separation of the DNA molecule into single strands. After which, DNA polymerase begins to add nucleotides to each single strand of DNA.