Answer: C
Explanation: An atom of titanium has fewer protons than an atom of vanadium but more protons than an atom of scandium
easiest way to memorize the structures of viruses and bacteria
Answer:
I recommend trying to photo memory it, if not repeat it in your head to the point where its the only thing you're thinking about.
Explanation:
It works for me :))
Answer: Quizlet
Explanation: Helps me study when taking tests, maybe works for you too.
which is administered to the general population through table salt?
When colors are absorbed, the light changes into.
..
Answer: a change in energy state occurs. The answer is dark or opaque - not able to be seen through.
Explanation:
The absorption of light makes an object dark or opaque to the wavelengths or colors of the incoming wave: Wood is opaque to visible light. Some materials are opaque to some wavelengths of light, but transparent to others. Glass and water are opaque to ultraviolet light, but transparent to visible light.
can someone please help me
Answer:
1 and 3
Explanation:
1 is a drug
3 is a formula
OMARK FOR REVIEW
Question 11 of
11. Which foodborne illness is most often caused by incorrectly canned food?
O Listeriosis
O Yersiniosis
O Botulism
O Shigellosis
Answer:
Botulism
Explanation:
An organism is a living thing that obtains food, water,
shelter and other things it needs to live, grow and
reproduce from its environment
True
False
What is number 30 please
Answer:
The answer is D
Explanation:
hope this helps
Please help: Describe the data to be collected(look at the picture)
Answer:
inorder to verfefiy this rearsearch experience must be carried out design a experience to test weather posin ivy is air containing higher than normal concentration of carbon dioxide is your answer
What element is in adenine that is not in
ribose?
Answer:
Nitrogen
Explanation:
Adenine is one of the four nitrogenous bases while Ribose is one of the two sugars (carbohydrates) that make up a nucleotide. Adenine is structurally composed of 5 carbon atoms, 5 hydrogen atoms and 5 nitrogen atoms to form the chemical formula C5H5N5 whereas ribose is structurally composed of five carbon atoms, ten hydrogen atoms, and five oxygen atoms to form the chemical formula; C5H10O5.
Based on the above explanation, it is evident that the element present in Adenine but not in Ribose is NITROGEN. Nitrogen is a major constituent of all nitrogenous bases (Adenine, Guanine, Cytosine and Thymine (Uracil).
What is the idea of devotion and loyalty to a country called that Africans
would use to gain their independence from England? *
A Independence
B Imperialism
C Nationalism
D Apartheid
ANSWER FAST PLEASE!
1. The function of the mitochondria in cell is to...
A) contain all the information the cell needs to function
B) provide movement
C) turn food into an energy the cell can use
D) make energy rich food from sunlight
2. What is the main component of a plant cell wall?
A) galactose
B) glucose
C) cellulose
D) sunrise
3. What are the small structures found inside a cell that have specific functions that halo the cell survive called ?
A) homeostasis
B) organelles
C) tissues
D) organs
Answer:
1. C -make food into energy
2. C - cellulose
3. B - organelles
Explain at least three ways in which a mutation in an individual's DNA could occur, and describe at least 2 effects a mutation could have on an individual's traits.
Medium mass stars like our own sun tend to been seen in the yellow portion of the
Spectrum . Older stars that have burned much of their hydrogen fuel may appear red
general color. Blue stars are often very young stars, relatively speaking, and burn-
A:very hot
B:very cool
C:at temperatures similar to our sun
D:Blue stars are supernovae.
Answer:
A
Explanation:
They burn very hot
during the nitrogen cycle?
ammonia is turned into sugar?
atmospheric nitrogen is converted to fixed nitrogen?
nitrogen is converted to oxygen and sugar?
oxygen and sugar are converted to nitrogen?
Answer:
none of the above
Explanation:
Students observe woodchucks in their area. In the summer, students observe that woodchucks eat a lot of plants. In the winter,
students observe that woodchucks live in their burrows and are seen less often. The picture shows a woodchuck in its burrow.
Which change that helps a woodchuck survive the winter did students observe?
O A Woodchucks migrate to survive the winter.
O B. Woodchucks hibernate to survive the winter.
O c. Woodchucks eat a different kind of food in the winter.
O D. Woodchucks grow thicker fur to keep them warm in the winter.
Answer:
The correct answer is - B. Woodchucks hibernate to survive the winter.
Explanation:
Many mammals such as groundhog or also known as woodchucks hibernate during winter in order to survive winter. Hibernation is the process or state of minimal activity during a particular time of the year characterized by low body temperature, slow heart rate, and low metabolic rate.
Woodchucks are become less active and remain in their burrow and seen very little during the winter and stay like this till late winter or early spring.
The number of births that occur in relation to the overall population per year is called the __________.
A)
birth rate
B)
population distribution
C)
growth rate
D)
age structure
E)
gene pool
Which statement is true about all adaptations?
O A. They can be lost.
B. They enhance survival.
C. They are learned.
O D. They reduce reproduction.
Answer:
Its B!
Explanation:
Lets say a brown bunny who usally lives in the forest, has to move to the artic. The bunny would adapt by turning its skin white, to keep it warm from the cold and to blend in from predators. This enhances the bunnys survival in the artic!
Hope this helped!
What type of mutation occurred?
Original: ATT CAC
Mutated: ATT TCAC
substitution (point)
insertion (addition)
deletion
Answer:
Explanation:
Answer:
Insertion (addition)
Explanation:
As you can see, a T was put into the strand, and moved the CAC one place to the right. It didn't take the place of any nucleotide. This shows that the extra T caused an Insertion Mutation.
The Krebs cycle and electron transport are aerobic process because they require
Answer:
Oxygen
Explanation:
Why can’t we get any type of matter to absolute zero??
give two reasons why it is important to conserve south Africa's plants and animals
Answer:
it creates opportunities and benefits for local communitys and it can maintain the health if an ecosystem. I think those are the two I may be wrong sorry if I am
What pea color will the offspring have?
A) 2 green, 2 yellow
B)1 green, 3 yellow
C) all yellow
D)all green
Answer:
C.) all yellow
Explanation:
because it's the dominant trait to be inherited
difference between the sea anemone and hydra
Answer:
Hydras live in fresh water environments, while sea anemones live in MARINE environments! Hydra, although primarily sessile (sedentary), may move up to several inches in a day.
What would be the best explanation why Group 3's measurements
were so different from the rest of the groups?
Select one:
a. The balance that Group 3 used appears to be measuring
incorrectly.
O b. Group 3 had different samples than the other groups.
O c. The other groups made mistakes in measuring the mass.
O d. Group 3 does not know how to measure mass.
Answer:
The balance that Group 3 used appears to be measuring incorrectly.
Explanation:
what are the characteristic of cold blooded animal
Answer:
Cold-blooded animals, like reptiles, amphibians, and fish, become hotter and colder, depending on the the temperature outside. For example, when the sun sets at night, their bodies are cooler because it is less warm outside. When the sun is out, however, their bodies soak up the heat and become warmer.
I hope it's helpful!
PLEASE I NEED A
compare the different types of sensory receptors and to predict the results of damage of each
Answer and I will give you brainiliest
Answer:
Sensory receptors are primarily classified as chemoreceptors, thermoreceptors, mechanoreceptors, or photoreceptors.
..
Damage to sensory receptors can result in a loss or alteration of the sense that the receptors are responsible for detecting, which can greatly impact an individual's daily life.
What are sensory receptors?Sensory receptors are specialized cells or structures that respond to specific types of stimuli, such as light, sound, or pressure. There are several types of sensory receptors, each of which is responsible for detecting different types of stimuli.
Photoreceptors, such as the rods and cones in the eye, detect light and are responsible for vision. Damage to these receptors can result in vision loss or blindness.Mechanoreceptors, such as those in the skin and inner ear, detect touch, pressure, and movement. Damage to these receptors can result in numbness, tingling, or difficulty with balance and coordination.Thermoreceptors, such as those in the skin, detect changes in temperature. Damage to these receptors can result in the inability to sense temperature changes and the risk of burns or hypothermia.Chemoreceptors, such as those in the nose and taste buds, detect chemicals and are responsible for the sense of smell and taste. Damage to these receptors can result in a loss of smell or taste, or an altered sense of smell and taste.Nociceptors, detect pain and are responsible for the sense of pain. Damage to these receptors can result in an inability to feel pain.Learn more about sensory receptors, here:
https://brainly.com/question/30227541
#SPJ2
Which best desctibes the fossil record?
Answer:
The perserved remains of an organism.
In addition to Earth, which planet has evidence of water on the surface?
O Mars
O Mercury
O Neptune
O Saturn
answer:
mars
explanation:
this is why scientists expect to find life on mars or even for humans to live thereAnswer:
Mars!
Explanation:
That's the reason why scientists would most likely to find sources of life on mars. Or maybe there's enough water for humans to live there.
Which process causes a star to give off light?
A. nuclear fusion
B. condensing gases
C. exposing of the core
D. ejecting matter into space
Answer:
nuclear fusion
Explanation:
In order to determine the expected average offspring length, what do you multiply with your heritability
Complete question:
In a population of toads, the average body length is 30mm. Body length is variable and the narrow sense heritability for body length is 0.1 for this population. You cross a male of 20mm with a female of 22mm. In order to determine the expected average offspring length, what do you multiply with your heritability?
30mm 9mm 0.1 8mm -9mm -0,5Answer:
The correct option is -9mm
In order to know the expected average offspring length, OABL, we need to multiply the selection differential, SD ( -9mm) with narrow-sense heritability, h² (0.1).
Explanation:
Available data:
the average body length, ABL, is 30mmthe narrow-sense heritability, h², for body length is 0.1male of 20mmfemale of 22mmTo answer this question, we need to remember how can we calculate the selection differential and the heritability in the narrow sense.
We can get the selection differential, SD, by getting the difference between the mean value of a population length, ABL, and the mean value of the parents of the next generation, PABL. So, in this example the selection differential is:SD = (20mm + 22mm)/2 - 30mm
SD = 21 mm - 30mm
SD = - 9mm
The heritability in the narrow sense, h², for body length in the population ish² = body lengths of the offspring average/selection differential
But we already know the value of h². And we want to know the body length of the offspring. So we just need to clear the following equation.
OABL = ABDL + h² ( PABL - ABL)
where,
offspring average body lengths = OABLpopulation average body length = ABL = 30mmparents average body length = PABL = 22mmSelection diferential = SD = -9mmnarrow sense heritability = h² = 0.1OABL = ABDL + h² ( PABL - ABL)
OABL = ABDL + h² ( SD)
OABL = 30mm + 0.1 ( -9mm)
OABL = 30mm + (-0.9 mm)
OABL = 21 mm
In order to know the expected average offspring length, OABL, we need to multiply the selection differential, SD ( -9mm) with narrow-sense heritability, h² (0.1).