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Step-by-Step Explanation:
1. In transcription RNA is made by copying complementary codes of the DNA
2. Then the RNA is translated to the ribosome and then transfer RNA matches complementary codes to the RNA which releases the amino acids of protein
Related Questions
Why do you think that the neutron was the last of the atom components to be discovered?
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Answer:he neutron was the last of the atomic components to be discovered for several reasons:
Complexity of the atom: At the time of the discovery of the electron and proton, the atom was thought to be the simplest form of matter and the basic building block of all elements. The discovery of the neutron came much later as scientists were still exploring the complexity of the atom.
Lack of technological advancements: The technology to detect neutrons did not exist until the early 20th century, which made it difficult to study the subatomic particles and discover the neutron.
Difficulty in detecting neutrons: Neutrons are neutral particles and do not carry an electric charge, which makes them difficult to detect. The discovery of the neutron required the development of new technologies and techniques to measure its properties and detect its presence in the atom.
Theoretical Predictions: The neutron was predicted theoretically in the 1920s based on mathematical models, but it was not until the 1930s that the neutron was actually discovered experimentally through neutron scattering experiments.
These factors all contributed to the delay in the discovery of the neutron compared to the other atomic components.
Explanation:
he neutron was the last of the atomic components to be discovered for several reasons:
Complexity of the atom: At the time of the discovery of the electron and proton, the atom was thought to be the simplest form of matter and the basic building block of all elements. The discovery of the neutron came much later as scientists were still exploring the complexity of the atom.
Lack of technological advancements: The technology to detect neutrons did not exist until the early 20th century, which made it difficult to study the subatomic particles and discover the neutron.
Difficulty in detecting neutrons: Neutrons are neutral particles and do not carry an electric charge, which makes them difficult to detect. The discovery of the neutron required the development of new technologies and techniques to measure its properties and detect its presence in the atom.
Theoretical Predictions: The neutron was predicted theoretically in the 1920s based on mathematical models, but it was not until the 1930s that the neutron was actually discovered experimentally through neutron scattering experiments.
These factors all contributed to the delay in the discovery of the neutron compared to the other atomic components.
Answer:
Explanation:
The neutron is harder to detect, because of its lack of electric charge. Neutron are charge-less particles. They are not affected by electromagnetic fields and thus are hard to identify. Protons have postive charge and electrons have negative charge and atoms are having neutral charge, so the scientist thought that the positive and negative charges could cancel each other out thus making an atom neutral. But further discoveries later proved that neutrons are also present.
This is a simple language than copy & paste. Hope this helps. Pls mark me the BRAINLIEST!
What will most likely happen in the absence of a vacuole?
A Photosynthesis will not take place.
B Genetic information will not be transmitted by the cell.
C Energy will not be released during cellular respiration.
D The cell will not store food, water, nutrients, and waste.
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Count the atoms of each element in the chemical formula for Glucose (C6H12O6):
A) 6 Carbon (C), 12 Hydrogen (H), 6 Oxygen (O)
B) 12 Carbon (C), 12 Hydrogen (H), 12 Oxygen (O)
C) 6 Carbon (C), 6 Hydrogen (H), 6 Oxygen (O)
D) 12 Carbon (C), 6 Hydrogen (H), 6 Oxygen (O)
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Answer: C
Explanation:
The amount of atoms in a molecule comes after the atom
C6 H12 O6
What do the vertical columns in the periodic table indicate? (50 points)
Responses
synthetic elements
synthetic elements
periods
periods
liquids
liquids
groups and families
groups and families
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Answer: groups and families
Explanation: The periodic table also has a unique name for its vertical columns. Each column is called a group. The elements in each group have the same number of electrons in the outer orbital. Those outer electrons are also called valence electrons.
Which terms name families of elements? (13 points) (BRAINLY I PUT IT AT 25 GOT DANG IT)
Responses
shells and nonmetals
metals and noble gases
properties and rare earth elements
metalloids and atoms
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Answer:
Metals and Noble Gasses
Explanation:
It basically is split into two families more or less. Technically three.
Can some one help? And also explain it? The question is how titan in Saturn evaporated I’m just confused by this question I just don’t know what to write as a response…. Help?!?
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The process of how Titan's atmosphere evaporated is an interesting one. Titan is the largest moon of Saturn and has a thick atmosphere primarily composed of nitrogen, similar to Earth's atmosphere. The evaporation of Titan's atmosphere is related to its surface temperature, atmospheric pressure, and the composition of its atmosphere.
Here's a simplified explanation of how Titan's atmosphere can evaporate:
1. Surface Temperature: Titan is a very cold moon with surface temperatures averaging around -290 degrees Fahrenheit (-179 degrees Celsius). At such low temperatures, some of the gases in the atmosphere, like methane and ethane, exist in liquid form on the surface.
2. Atmospheric Pressure: Despite being cold, Titan's atmosphere is relatively dense, with a surface pressure about 50% higher than Earth's. This atmospheric pressure helps keep the gases in the atmosphere from escaping into space easily.
3. Evaporation: Even at such low temperatures, some of the liquid hydrocarbons on Titan's surface can evaporate and become gases in the atmosphere. This process is similar to how water evaporates from Earth's oceans and lakes, despite not reaching boiling temperatures.
4. Condensation: Conversely, when the gases in Titan's atmosphere lose energy, they can condense and return to the surface as liquid. This is similar to how water vapor in Earth's atmosphere condenses to form clouds and eventually falls as rain.
Overall, the balance between evaporation and condensation in Titan's atmosphere is influenced by its temperature, atmospheric pressure, and the composition of its atmosphere. The low temperatures and high atmospheric pressure allow for the existence of liquid hydrocarbons on the surface and their occasional evaporation into the atmosphere.
I hope this explanation helps you understand how Titan's atmosphere can evaporate despite being a cold moon. If you have any further questions or need more clarification, feel free to ask!
1. Explain how your terrarium modeled each of the following processes in the water cycle. (10 points)
Condensation:
Evaporation:
Precipitation:
Infiltration:
Transpiration:
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Evaporation: is when liquid turns into gas
Precipitation: Frozen or any liquid forms in the atmosphere and falls back to earth
Infiltration: enter, permeate or pass through a substance by filtering
Transpiration: Water Vapor from the aerial parts of a plant through the stomata
What is an alloy? Why do jewelers use alloys in jewelry?
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Answer: Jewelers add different metals to strengthen the material and improve durability during wear. The resulting mix of two or more metal elements is called an alloy. For instance, pure silver bends and scratches quite easily. A metal alloy for jewelry, like sterling silver, is a better solution for most applications.
Answer:
I hope its correct! here is what I found.
An alloy is a mixture of two or more elements, at least one of which is a metal. Alloys are created to give the resulting material improved properties such as increased strength, improved corrosion resistance, or improved electrical conductivity.
Jewelers use alloys in jewelry for several reasons. One is that many pure metals are too soft to be used in jewelry, so alloys can be used to increase the strength of the metal. Additionally, many pure metals are not suitable for jewelry because they are too expensive or too difficult to work with. For example, gold is too soft in its pure form, so jewelers will often alloy it with other metals like copper and silver to make it stronger and more suitable for use in jewelry. Alloys can also be used to change the color of the metal. For example, by alloying gold with copper, jewelers can create rose gold.
Please help quickly. Just tell me the color so you dont have to type it out
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I’ll give brainliest If answered correctly
Losing heat to the environment can be a good or a bad thing. For example, on a hot day, you would want to lose some of the heat from your body after playing outside. This is an example of when losing heat would be beneficial to you. However, on a cold day, you would not want to leave the door or window open and lose heat from inside your house.
-Answer this question-
What are some ways to prevent heat energy "loss" in matter?
What are some real-life examples of when you want to keep heat energy from being lost to the environment?
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The best way to prevent heat loss is thermal insulation. Insulation means creating a barrier between the hot and the cold object that reduces heat transfer by either reflecting thermal radiation or decreasing thermal conduction and convection from one object to the other.
Water bottles (thermoses) have two layers with vacuum between them in order to prevent heat loss through conduction and radiations. Similarly, windows are double glazed in order to provide insulation. These windows have dry, trapped air between two panes of glass to prevent heat loss through conduction and convection.
Identify the independent variable, dependent variable, and constants.
1) Water, Soil, and Sunlight
2) Fertilizer Brand / Nutrients
3) Plant Height
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Answer:
One must start with a hypothesis. In this case it is that plant growth is affected by fertilizer.
Explanation:
The dependent variable is plant growth. It is important that the plant are all the same, and there needs to be enough of them to achieve statistical significance. Before hand, You estimate the variability in plant growth and decide what level of significance you want to achieve. For example, you want to draw conclusions with 95% confidence. The independent variable is the fertilizer used ott (over the top) withheld. There needs to be a control group without fertilizer treated exactly as the group with fertilizer.
Match each letter with the correct label. Use the atom diagram below.
Nucleus - Neutron - Electron - Proton
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Answer: A-Electron B- Neutrons C-Protons D-Nucleus
Explanation:
Explanation:
a = electron
b = neutron
c = proton
d = nucleus
Do magnets work underwater? How about in space? Explain your reasoning.
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Answer:magnets work underwater the same as they do in air or in a vacuum.
Explanation : Water is almost completely non-magnetic, so magnets work underwater the same as they do in air or in a vacuum.
How do the types and numbers of atoms that repeat to make up a substance affect its properties? (I cant find science so chemistry is gonna have to work) Middle school level
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Answer:
An atom is the basic particle from which all elements are made. Different elements have different properties because their atoms are different.
A chemical formula is an expression that shows the elements in a compound and the relative proportions of those elements/ratio of atoms.
The chemical formula is a representation of a compound, molecule, substance in types and numbers of atoms that repeat to make up a substance.
Compounds can be in forms of: empirical, molecular, or structural formulas.
For example, part of the gas you inhale is carbon dioxide. Its chemical formula is CO2. The number 2 below the symbol for oxygen tells you that the ratio of carbon dioxide is 1 to 2.
If a different ratio of carbon atoms and oxygen atoms are seen in a formula, you have a different compound.
So the number and type of atoms in a chemical affect their properties.
Explanation: