Answer:
Some scientists will tell you that the difference between them is that a law describes what nature does under certain conditions, and will predict what will happen as long as those conditions are met. A theory explains how nature works.
Homologous pairs separate in meiosis _________, and sister chromatids separate in meiosis _________.
Answer:
Meiosis I
Meiosis II
Explanation:
Homologous pairs of cells are present in meiosis I and separate into chromosomes before meiosis II.
In meiosis II, these chromosomes are further separated into sister chromatids.
Meiosis I includes crossing over or recombination of genetic material between chromosome pairs, while meiosis II does not.
What provides short term quick energy for the body?
Give an example of how politics can affect science?
Answer:
Politics can affect and even dictate the manner in which science is done. For example, passing laws that limit whether embryos can be used in stem cell research. Politics can allocate funding to various scientific causes. Politics can create a great research environment in the universities. And so on.
In extremes, politics can even make entire areas of science off limits. In the early twentieth century, lots of very smart and decent people were eugenicists. Politics (in particular, the unbelievable moral horror that was Nazism and the Holocaust) change
Explain the energy transformation process needed to create an electromagnet .
Bonnie rode her skateboard 200 meters in 30 seconds. How fast did she travel? *
How does the acidity of acid rain compare to the acidity of natural rainwater
Answer:
The acidity level of water is measured by the pH scale. Pure water has a pH of 7, which is neutral. However, natural rainwater actually has a pH of 5.6 because it gets exposed to the gases in the atmosphere, making it a bit acidic. True acid rain will have a pH level measuring from 5.0-5.5.
What was the most common form of sea life found in Oklahoma? dolomite trilobite bryozoans apatosaurus
Answer:
The correct answer is: trilobite.
Explanation:
Trilobites were the most common form of early sea life found in Oklahoma. Trilobites were arthropods that are now extinct. This marine species is thought to have lived during the early Cambrian period and they existed for almost 300 million years, before disappearing at the end of the Permian in the Permian-Triassic extinction event.
Dolomite is a sedimentary carbonate rock that is rich in calcium.
Bryozoans are a species of seaweed-like aquatic invertebrate animals that have lived since the early Ordovician period.
The Apatosaurus was a herbivore dinosaur that lived in North America during the Jurassic period. They had very long necks and were related to the Brontosaurus.
What term refers to a set of mathematical equations that describe a biological system?
Answer:
Computional model, used to study an outbreak of an infectious disease called influenza.
In what way would bacteria that require a pH of 11 for
growth respond to being placed in an environment with a
pH of 2?
Answer:
Explanation:
If the bacteria is required to be in highly basic conditions, putting it in highly acidic conditions would disrupt the internal functions of the bacteria which tends to kill the bacteria.
The way that bacteria that require a pH of 11 for growth respond, replaced in a pH of 2, will respond in the way: the bacteria must be in extremely basic circumstances, exposing it to excessively acidic settings will disturb its internal functions, eventually killing it.
What is pH?The optimum pH for bacterial growth may differ. Some bacteria, known as acidophiles, can thrive in an acidic environment, while others, known as alkalinizes, can grow in a base environment, and the remainder, known as neutrophils, can grow in a neutral pH environment.
Bacteria can keep their internal pH stable by creating acid, base, or buffer. If the surrounding pH is too acidic, the bacteria can produce a base to reduce the H+ concentration. If the conditions are excessively alkaline/basic, the bacteria can make acid through fermenting.
Therefore, Bacteria that require a pH of 11 for growth will respond in the following manner: the bacteria must be under extremely basic circumstances; exposing it to highly acidic settings will disrupt its internal functions, finally killing it.
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Which of the following
structures allows glucose
molecules to move through
the process of facilitated
diffusion?
Answer:
what are the choices
Explanation:
If an organism is made entirely of one cell it is called
Please Help!!! Explain how the Periodic Table of elements is organized. What are the patterns? Trends?
Answer:
They are the alkali metals, alkaline earth metals, transition metals, other metals, metalloids, non-metals, halogens, noble gases and rare earth elements.
The chemical elements in the periodic table are organized from left to right and from top to bottom based on the atomic number.
How is the periodic table of elements is organized?The periodic table of elements also known as the periodic table is an organized alignment of the 118 elements known at present. The arrangement of chemical elements is done from left to right and from top to bottom on the basis of the enhancing atomic number, or the number of protons in the nucleus of an atom that usually coincides with the enhancing atomic mass.
On the periodic table, the horizontal rows are known as periods, in which each period number demonstrates the number of orbitals for the elements in that row.
Thus, the periodic table of elements is organized from left to right and from top to bottom based on the atomic number.
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What are some possible future career fields in environmental science?
Answer:
Environmental science is a branch of science that deals with biological and chemical issues in the environment and establish initiatives for a healthy environment.
Environmental science is a vast subject and comes with many future career fields, some of them are as follows:
Environmental Scientist: The responsibility of environmental scientists is to analyze samples of air, soil, water, food and other materials and informing about health risks and environmental hazards.Environmental Lawyer: Environmental Lawyer deals with the technical understanding of environmental issues and argues for the benefit of environment.Environmental Engineer: Environmental Engineer design projects on the basis of environmental protection.Zoologist: Zoologist studies the behaviour of animals and their interaction with the natural environment, human beings and other animals.Hydrologist: Hydrologists analyzes the impact of the environment on the quantity and quality of water and the influence of water on the environment.Thus, there are many career fields in environmental science.
Environmental science is a branch of science which deals with both biological and chemical factors reside in the environment and establish a healthy environmental initiatives.
What is the application of environmental science?Environmental science is a vast subject related to environment and its components, it mainly deals with climates to animal survival, to air quality, and much more
It shows its effect on Public Health, Land Management, Waste Disposal and Pollution, Overpopulation, Water, Deforestation, Ecosystems, Endangered Species, Climate Change
Some carrier option include, you can opt for an Environmental Scientist where the role should be analyze samples of air, soil, water, food and other materials.
You can choose for Environmental Lawyer mainly deals with the understanding of environmental issues and argues for the benefit of environment.
Environmental Engineer is another field where you can design projects for environmental protection, as a Zoologist where you can study behavior of animals and their interaction with the natural environment,
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glucose is a a)cane sugar b)grape sugar c)malt sugar d)triose sugar
Answer:
d is the correct answer of your question
Answer:
D,
Explanation:
because glucose has the value of c6 h12 o6
Which sequence of events is a logical order of a scientific investigation? experiment → hypothesis → analysis of data → conclusion hypothesis → experiment → conclusion → analysis of data analysis of data → conclusion → experiment → hypothesis hypothesis → experiment → analysis of data → conclusion
Answer: The answer would be Hypothesis, Experiment, Analysis of data, then lastly conclusion.
Answer:
It is the 2 one.
Explanation:
If maggots were spontaneously being produced by meat, then??? A) meat in sealed jar would have maggots B) meat in the open jar would have maggots C) meat in both jars would have maggots
Answer:
C
Explanation:
The correct answer would be meat in both jars would have maggots.
If maggots were spontaneously being produced by meat, both of the meat in a sealed and opened jar would have maggots in them. A spontaneous process would happen without any external force. Hence, whether the jar is sealed or otherwise, the spontaneous appearance of maggots in a jar with meat would still happen.
The correct option is C.
ANSWER ASAPP
Explain the movement of particles in each state of matter.
Answer:
Gas:
assumes the shape and volume of its container ; particles can move past one anothercompressible ; lots of free space between particlesflows easily ; particles can move past one anotherLiquid:
assumes the shape of the part of the container which it occupies ; particles can move/slide past one anothernot easily compressible ; little free space between particlesflows easily ; particles can move/slide past one anotherSolid:
retains a fixed volume and shape; rigid - particles locked into placenot easily compressible ; little free space between particlesdoes not flow easily ; rigid - particles cannot move/slide past one anotherParticles in a:
1. gas are well separated with no regular arrangement.
2. liquid are close together with no regular arrangement.
3. solid are tightly packed, usually in a regular pattern.
Particles in a:
1. gas vibrate and move freely at high speeds.
2.liquid vibrate, move about, and slide past each other.
3. solid vibrate (jiggle) but generally do not move from place to place
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The conversion of light energy into chemical energy requires
a. mitochondria
b. glycogen
c. carbon dioxide
d. oxygen
Answer:
C. Carbon dioxide
Explanation:
Photosynthesis Equation: 6CO₂ + 6H₂O + Light → C₆H₁₂O₆ + 6O₂
In order to make sugar and oxygen, we need carbon dioxide, water, and light.
Therefore, A, B, and D are incorrect. We are left with C.
it requires glycogen to change light energy to chemical ene
how many teeth do I have
Answer:
an adult has 32
Explanation:
Anything that’s has mass and takes up space is considered to be
Answer:
matter
Explanation:
How might GM crops affect the environment?
Answer:
Crops do not damage the environment simply because they are GM.
Explanation:
Excessive amounts of pesticides and herbicides defiantly will harm the environment.
How do organisms use oxygen
Organisms that use oxygen need it for cellular respiration, in which energy is released from glucose. Energy is needed by the organism for growth, mobility and reproduction.
Answer: Almost all living things need oxygen. They use this oxygen during the process of creating energy in living cells... Animals form other half of the oxygen cycle. We breathe in oxygen which we use to break carbohydrates down into energy in a process called respiration.
Explanation:
Based on the images taken through Stella’s microscope, which cell structures could be clearly identified using a compound microscope?
Answer:
Use 400 x in order to study the structure clearly.
Explanation:
Cell structures could be clearly identified when magnify the microscope about 400 x by using a compound microscope. Due to high magnification power of compound microscope, the individual is able to see different structures that are present in cells. while by using lower magnification, the individual is unable to see different structures clearly. So use high magnification in order to study the cell.
1,765 round to nearest hundred
Answer:1,700
Explanation:
Answer:1770
Explanation:
i used siri :)
Can someone help me with these questions?
Answer:
1.32°F
2.212°F
Explanation:
1.The melting point is the temperature at which a solid turns to a liquid. The melting point at which ice — a solid — turns to water — a liquid — is 32°F (0°C).
2.Water boils at 212°F at sea level, but only at sea level. Changes in atmospheric pressure will alter the temperature at which water boils. To use this calculator you will need your current pressure and elevation.
3.In other words, the water molecules within ice move faster. However, temperature doesn't change as heat is added during a phase change; for example, when the ice melts. During the phase change, the added heat doesn't make the molecules move faster, but rather further apart.
how natural selection could lead to the trait distribution?
Imagine green and yellow bugs live in the grass. Their predator is the speckled finch. Now, the finch flies down to grab some tasty beetles, and which ones does it go for? The yellow ones. The green beetles, due to their natural grass camouflage will have a much smaller chance of being eaten than the yellow ones which stand out. While the yellow ones get eaten the green thrive and reproduce. Soon, there won't be anymore yellow bugs. They'll most likely die out or breed with the green ones to make offspring of a more green color.
what defines a human being
Any invidual of the genus homo especially a member of the specis homo sapeins
You plug in an extension cord and have to be very careful around the electrical outlet. However, you can handle the extension cord without the worry of being shocked by the electrical charge. Which statement best explains why you can do this?
Answer:
The extension cord is made of copper wire, which is a good conductor of electricity; however, it is covered with plastic, an insulator, which does not allow the electrical current to flow to you (C)
Explanation:
Which pair of scientists discovered the double helix structure of DNA? A. Faraday and Maxwell B. Newcomen and Watt C. Bragg and Bragg D. Watson and Crick
Answer:
Faraday and Maxwell discovered helix structure of DNA
Answer:
Watson and Crick discovered the double helix structure.
Explanation:
[tex]\red{\bf{Q}}[/tex] Which one of the following preceeds re-formation of the nuclear envelope during M phase of the cell cycle :-
(1) Transcription from chromosomes and reassembly of the nuclear lamina.
(2) Formation of the contractile ring and formation of the phragmoplast.
(3) Formation of the contractile ring and transcription from chromosomes.
(4) Decondensation from chromosomes and reassembly of the nuclear lamina.
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M phase is known as mitotic phase and cell division occurs in this phase . The re-formation of the nuclear envelope during M-phase of the cell cycle takes place during telophase . The nuclear membrane which disappears during propahse reappears in the telophase . But before it is reformed the nucleus gets reorganised by Decondensation from chromosomes and reassembly of the nuclear lamina .MORE INFO :-______________
⚡ At telophase stage, nuclear membrane vesicles associate with the surface of individual chromosomes and fuse to reform the nuclear membranes, which partially enclose clusters of chromosomes before coalescing to reform the complete nuclear envelope .