Answer:
(a) In this case, small bugs are more likely to have relative fitness on the new food source.
(b) A change that will occur in bug morphology is that the female bugs will turn out to be the same size as the male bugs.
(c) In terms of behavior, the bugs will experience less competition towards reproducing early.
(d) Yes, the dispersing bug would have higher fitness as they will be able to easily get access to new resources once the previous one has run out, whereas the bugs with less developed fight muscles will not be able to do so.
Hope that answers the question, have a great day!
(also, please remember to give 'brainliest' if you found this answer helpful :)
Compare the advantages and disadvantages of demolishing an old building versus renovating it.
Answer:
Demolishing a building involves pulling down the whole structure and building from the scratch while renovation doesn’t involve pulling down the whole structure. It involves pulling down some parts of the building or simply modifying the building.
An advantage of Demolition is that the individual is able to build from the scratch which permits him/her to have the exact structure wanted.
A disadvantage of this is the high cost incurred on demolition and building from the scratch.
An advantage of Renovation is the less cost involved since it only requires some modifications and not total pulling down of the structure.
A disadvantage of Renovation is the inability to get the exact building taste the individual hoped for.
The graph shows the populations of two species in a particular region over two decades. Based on the graph, what can you conclude about the relationship between the two species?
The two species are mutualistic in nature. The two species exhibit commensalism.
Which undefined geometric term can be described as a one-dimensional set of points that has no beginning or end?
Answer:
jchchmnvbmcnvchbvhjlscjbvhjxcnbvhjilickkidsjdhfkdhjxncvmjdhvcmvbhcmvnbcvmncbvcnv
Explanation:
Cerebral cortex:_________
a) A thin mantle of gray matter about the size of a formal dinner napkin covering the surface of each cerebral hemisphere.
b) The cerebral cortex is crumpled and folded, forming numerous convolutions (gyri) and crevices (sulci).
c) It is made up of six layers of nerve cells and the nerve pathways that connect them.
d) The cerebral cortex is responsible for the processes of thought, perception and memory and serves as the seat of advanced motor function, social abilities, language, and problem solving.
Answer:
d) The cerebral cortex is responsible for the processes of thought, perception and memory and serves as the seat of advanced motor function, social abilities, language, and problem solving.
The solubility of solid in a liquid __________________ with the increase in temperature.
Answer:
solubility increases witn increase in temperature
Answer:
increases
Explanation:
As temp increases, avg kinetic energy of solvent molecules increases, and move faster randomly in all directions. As a result, the no. of collision between solvent and solid per unit time increases, hence rate of dissolving increases.
what is a dependent variable
Fragile marine ecosystems have been destroyed in the production of this type of energy.
water energy
nuclear energy
fossil fuel energy
geothermal energy
Answer:
Fossil fuel energy
Explanation:
Temperatures keep rising causing ocean levels to rise or fall
Compartmentalization gives eukaryotic cells advantages over prokaryotic cells, mostly in the efficiency of cellular processes. However, despite the fact that prokaryotic cells lack membrane-bound organelles, they must still perform cellular processes necessary for survival and reproduction. Prokaryotes have internal regions with specialized structures and functions and can often use enzymes in their cell membrane for cellular processes. Prokaryotes and eukaryotes have many cellular processes in common. All but ONE apply.
A) mitosis
B) photosynthesis
C) protein synthesis
D) aerobic cellular respiration
its mitosis
Q1: The distance between wave crests is called___
a - wavelength
b - amplitude
c - frequency
d - speed
Q2: The hight of a wave is called its____
a - amplitude
b- altitude
c - wavelength
d - atmosphere
Answer:
1 is a wavelength
2 is a = amplitude
Explanation:
Answer:
Wavelength and amplitude
Explanation:
what does your blood pick up from the cells
Answer:
Waste
Explanation:
The blood brings necessary things, like oxygen and nutrients to the cells. After the cells are given these things, the blood picks up waste products, such as carbon dioxide or excess water, and delivers it to certain areas to be removed from the body. For example, carbon dioxide is brought to the lungs by the blood, so it can be exhaled out.
The cell pictured is in metaphase. Which stage of mitosis will the cell be in NEXT?
a) anaphase
b) telophase
c) cytokinesis
d) prophase
4.
What in the focal independent variable in this
experiment?
A. Fruit type
B. City
C. Cost per pound
D. Popularity
E. Flavor
What are the primary pigment colors?
magenta, turquoise, and violet
yellow, red, and green
cyan, yellow, and magenta
red, green, and blue
Answer:
the answer would be red green and blue because those are the three base colors in art aswell as for film cameras
Answer:
(This is a guess) Red, green, and blue seem as if they are primary colors!
Explanation:
I might be a little late, but if I'm not.. can I please have brainliest? (If I am correct) :)
Scientists must be able to repeat an experiment and get very similar results; otherwise their conclusions will be questioned. If
the results of a repeated experiment are different from the original results, the results of the experiment
lack bias
are precise.
lack controls.
are flawed.
the result of the experiment is precise
Answer:
are flawed
Explanation:
got it right on e2020
What is “outgassing”?
a. When animals burp
b. The gas that comes out from the earth during a volcanic eruption
c. Gas travels out from one planet to another
d. When a rock is squeezed, the lighter gas flows out.
Answer:
B
Explanation:
Answer:
B.
Explanation:
It is the release of a gas that was dissolved, trapped, frozen, or absorbed in some material.
Please help me with this
answer:is interphase
All cells need energy to live. How do the organelles in the plant cell above work together to get and use this energy?
A.
The nucleus makes energy from materials in the cell, and the vacuole stores this energy until the cell needs to use it.
B.
Chloroplasts make food using energy from the Sun, and mitochondria break down this food to release energy for the cell.
C.
Mitochondria take in food from the environment, and the nucleus breaks down this food to release its energy to the cell.
D.
The vacuole takes in energy from the environment, and chloroplasts change this energy into a form the cell can use.
Answer:
B
Explanation:
Glucose and other carbohydrates made by plants during photosynthesis are broken down by the process of aerobic cellular respiration (requires oxygen) in the mitochondria of the cell. This releases energy (ATP) for the cell. Because they break chemical bonds of glucose to release energy to do work in a cell.
Chloroplasts make food using energy from the Sun, and mitochondria break down this food to release energy for the cell. Thus, the correct option is B.
How do the organelles work in a plant cell?
Plant cell organelles are the specialized organelles which help to maintain the structure of the plant cell, such as the water containing vacuoles and the rigid cell wall which is made up of cellulose. The chloroplasts in the plant cell are the organelles that contain chlorophyll pigment and allow plant cells to do photosynthesis and produce carbohydrate.
Glucose and other carbohydrates (sugars) are made by plant cells during photosynthesis are then broken down by the process of aerobic cellular respiration which requires oxygen molecule in the mitochondria of the plant cell. This releases energy in the form of ATP for the cell. Because they break the chemical bonds which are present in the glucose molecule to release energy to do work in a cell.
Therefore, the correct option is B.
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Which statement describes the ability of the cell membrane to allow various substance to move through it?
The cell membrane is selectively permeable.
The cell membrane is composed of lipids and phosphates.
The cell membrane is both hydrophilic and hydrophobic.
The cell membrane is a bilayer structure.
Answer:
the cell membrane is selectively permeable
Explanation:
hope that helped
The statement that is the cell membrane is selectively permeable is the statement, which describes the tendency of the cell membrane to permit various substances to move through it.
• The cell membrane comprises a phospholipid bilayer with proteins embedded in it. These proteins perform a number of functions, and the most important function it performs is that they regulate what moves out and what moves in the cell.
• The membrane is selectively permeable as the substances do not pass through it indiscriminately.
• Some of the molecules like oxygen and hydrocarbons can pass through it, while some of the large molecules like glucose and sugars cannot pass through it.
Thus, the cell membrane is selectively permeable.
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Choose the correct option
An Insect that live in colony is
1) Ants
2) Dragon fly
3) House fly
the process when organisms reproduce, they pass their characteristics on to their offspring.
Answer:evolution
Explanation:Evolution describes changes in inherited traits of populations through successive generations. To fully understand the science of ecology, one must first be able to grasp evolutionary concepts.
plz help meeeeeeeeeeeee
The correct answer is A. Fracture
Explanation:
A fracture occurs when a mineral, for example, calcite or quartz breaks in an irregular pattern. Fractures can occur due to multiple factors including pressure, temperature, among others. Additionally, fractures the term "fracture" differs from the term "cleavage" because in fractures breaks are irregular while in cleavage minerals break in a definite structure along the structural planes of the mineral. Thus, a fracture is the irregular break of a mineral.
A female rabbit can give birth to over 40 baby rabbits a year. Suppose all of her
offspring survived and reproduced, all of their offspring survived and
reproduced, and so on. If that happened, in only eight years the mass of rabbits
would exceed the mass of Earth! So, why aren't we overrun with rabbits? What
keeps the rabbit population in check?
Answer:
Predeators such as us and others that eat these rabbits keep their population in check. Also these rebbots that are being born will die soon also, menaing their popultaion is filling and taking away, then refilling again and again with them dying.Explanation:
The population of rabbits could have overrun human population ordinarily, but the presence of limiting factors would hinder it.
The limiting factors are biotic and abiotic environmental factors that prevents the population of organisms from getting to their biotic potential. In other words, limiting factors will not let the population of organisms grow perpetually. These factors include:
Competition for limited resourcesDiseasesNatural disastersPredationIn the real sense, the earth has the maximum number of individuals from each species it can support based on the resources it has, otherwise known as carrying capacity. Thus, the population of any species of living organism cannot grow without checks.
More on limiting factors of populations can be found here: https://brainly.com/question/24077456
Saliva helps to break down food chemically by using enzymes. Which statement best describes this process?
Answer:
the enzyme helps to break down food, the enzyme is in the
saliva. It can break down a big food molecules and divide it into a
simpler food molecules so that it can be digested. . Enzymes are
complex proteins that speed up the rate of chemical reactions.
Which two classes make up the majority of crustaceans?
Answer:yes
Explanation:
How has society influenced science during the pandemic?
Answer:
society have been more careful from diseases and people are learning their lesson not to eat things that we are not supposed to eat
Explanation:
#allivesmatter
How are genes cloned
Answer:Gene cloning is the process in which a gene of interest is located and copied (cloned) out of DNA extracted from an organism. When DNA is extracted from an organism, all of its genes are extracted at one time. ... The genetic engineer must find the one specific gene that encodes the specific protein of interest.
Explanation:
What competitive processes or forces are ever-present during a star's lifetime?
Answer:
Force of Gravity
Explanation:
It should be understood that just like all other lives, the stars are also produced and die at a given or specific time.
And during its course of living, it is bound to struggle with the gravitational force or force of gravity through its entire life.
Based on fossil evidence, about how long ago did the first single celled life fork appear on earth?
Answer:
it was exactly 3.5 billion years ago
Explanation:
you are working as a medic at a gymnastics competition, and one of the gymnasts has a bad landing after a vault, injuring her leg. Her leg is bent at an awkward angle and her tibia and fibula are obviously fractured. you palpitate her posterior tibia and dorsalis pedis pulses on her non-injured limb and they are 2/4. However, on her injured limb, they are 0/4. you also notice that her injured limb is becoming pale and cold to the touch distal to the injury. What has likely happened? Explain.
Answer:
The bone has broken and either severed or blocked the blood vessels
Explanation:
The plane of Earth's orbit around the Sun is called the: ?
Answer:
its called The Ecliptic.
Explanation:
The plane of Earth's orbit around the Sun is called the "ecliptic plane." The ecliptic plane is an imaginary flat plane that represents the average path traced by Earth as it orbits the Sun.
The Ecliptic plane serves as a reference plane for locating the positions of celestial objects in the sky, including the Sun, Moon, planets, and stars. The ecliptic plane is inclined at an angle of approximately 23.5 degrees with respect to Earth's equator, giving rise to the changing seasons as Earth orbits the Sun.
Therefore, the ecliptic plane represents the average path of Earth's orbit around the Sun and serves as a reference for understanding celestial positions and movements. Its tilt plays a vital role in determining Earth's seasons, and its alignment with other planets enables various astronomical phenomena.
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