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Are electrons equal to newtrons?
No, electrons and neutrons are not equal. Electrons are negatively charged subatomic particles that orbit the nucleus of an atom, while neutrons are neutral subatomic particles found in the nucleus along with protons. Each plays a critical role in the structure and behavior of an atom.
How did Mendeleev predict the properties of silicon?
Mendeleev did not predict the properties of silicon.
Can meteorologists predict volcanoes?
The fact of whether or not geologists can measure or predict a valcano is silly each valcano is different and it is of nature thus there is not way to predict what it will do and when it will do it.
Can a cricket predict weather?
No, crickets cannot predict the weather. The belief that crickets can predict weather is a myth and has no scientific basis. Crickets make their chirping noises for communication and mating purposes, not to forecast the weather.
Predict what will happen if there are no decomposers?
If there are no decomposers, dead plant and animal matter would not be broken down and recycled back into the ecosystem. This would lead to a buildup of organic material, resource competition, nutrient deficiencies, and ultimately ecosystem collapse. The cycle of nutrients would be disrupted, negatively impacting the balance of the ecosystem.
Predict what would happen if you touched the knob of a positively charged electroscope with a negatively charged object?
If you touch the knob of a positively charged electroscope with a negatively charged object, the excess electrons from the negatively charged object will flow to the electroscope, neutralizing the positive charge. The electroscope will become neutral or slightly negatively charged as a result.
If a comb pulled through your hair becomes negatively charged predict thr charge of your hair?
If a comb becomes negatively charged after being pulled through your hair, it suggests that your hair has a positive charge. This is because opposite charges attract, so the comb's negative charge likely resulted from electrons being transferred from your hair to the comb, leaving your hair positively charged.
Who said an atom has a small positively charged nucleus surrounded by a large region in which scientist can predict where an electron is likely to be found?
Kobe bryant
How can you use the electrostatic series?
The electrostatic series is a way to determine the relative tendencies of materials to gain or lose electrons when they come into contact with each other. By referencing the electrostatic series, you can predict which material will become positively charged and which will become negatively charged during friction or contact. This information is useful in scenarios where static electricity needs to be controlled or minimized.
How do you find if an element is anion or a cation?
An element's number of protons can predict whether it will form a cation or anion. It will form a cation if it has more protons than electrons, or an anion if there are more electrons than protons.
How do you read the electrostatic series?
The electrostatic series ranks elements in order of their ability to gain or lose electrons. The list shows which elements have a higher affinity for electrons (indicating electron gain) and which have a lower affinity (indicating electron loss). This ranking can help predict the direction of electron transfer in chemical reactions.
What is the negatively charged particle that is one of the three building blocks of atoms?
That's the electron, located outside the nucleus. Electrons swirl about in a cloud around the nucleus, this cloud is somewhat organized into shells but is impossible to predict the place of one electron at anytime.
What type of bond would you expect to be formed between sodium and chlorine?
Typically, a metal and a nonmetal will form an ionic bond. You can also go by electronegativity. The difference in electronegativity can be used to predict the type of bond between atoms. Elements with electronegativity differences between 1.6 and 2.0 form ionic bonds if a metal is involved. Elements with electronegativity differences of 2.0 or greater form ionic bonds.
What is the negatively charged particle that is one of the three basic building blocks of atoms?
This is the particle in an orbital in the space around the atoms nucleus and it is called an electron.
What is motivational patterns?
Motivational patterns are considered to be a series of things that follow a particular sequence which influence something positively. This can be traced and used to predict future patterns.
Predict what would happen if you touched the knob of a positively charged electroscope with another positively charged object?
In order to test the presence of a charge on an object, the object is brought near to an uncharged pith ball. If the object is charged, the ball will be attracted to it and move toward it. The attraction occurs because of induced polarisation of the atoms inside the pith ball. The pith is a nonconductor, so the electrons in the ball are bound to atoms of the pith and are not free to leave the atoms and move about in the ball, but they can move a little within the atoms. If, for example, a positively charged object is brought near the pith ball, the negative electrons in each atom will be attracted and move slightly toward the side of the atom nearer the object. The positively charged nuclei will be repelled and will move slightly away. Since the negative charges in the pith ball are now nearer the object than the positive charges, their attraction is greater than the repulsion of the positive charges, resulting in a net attractive force. This separation of charge is microscopic, but since there are so many atoms, the tiny forces add up to a large enough force to move a light pith ball. source: http://en.wikipedia.org/wiki/Electroscope
Are electrons equal to newtrons?
No, electrons and neutrons are not equal. Electrons are negatively charged subatomic particles that orbit the nucleus of an atom, while neutrons are neutral subatomic particles found in the nucleus along with protons. Each plays a critical role in the structure and behavior of an atom.
