all my best girl freinds are offline there not my gf there my best freind i just be pulling a lot of girls

now can u help me with this question Utah is close to an ocean, while New York City is landlocked.
B.
New York City is close to an ocean, while Utah is landlocked.
C.
New York City lies in a rain shadow area.
D.
New York City is closer to mountains.

heterogenous, because it's a mix

Hot dog relish is a heterogeneous mixture because its composition is not uniform throughout. It contains visible differences in its components, such as pieces of vegetables like cucumber, onion, and peppers that are distributed unevenly in the relish.

A hot dog relish is a heterogeneous mixture because its composition is not uniform throughout. Heterogeneous mixtures are characterized by having visible differences in their components. For example, hot dog relish contains small pieces of vegetables like cucumber, onion, and peppers that are distributed unevenly in the relish. You can visually identify the different components present in a hot dog relish, making it a heterogeneous mixture.

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Answer:D. It impacts a much larger area and obtains less oil than drilling.

Explanation:

Oil extraction from tar sands is environmentally detrimental as it removes biological communities, creates large open pits, and yields less oil for a greater impacted area compared to traditional drilling.

The drawback of oil extraction from tar sands is that it has significant environmental impacts. Unlike traditional oil drilling, which typically occurs in more discrete locations, tar sands require surface mining, which involves removing large areas of land, including any biological communities that reside in that area. This process creates a deep, open pit. Additionally, the process impacts a much larger area while yielding a relatively smaller amount of oil compared to conventional drilling methods. One of the environmental impacts includes the release of carbon dioxide, methane, and other air pollutants that contribute to atmospheric deterioration and climate change.

Answer:

C. Runoff from heavy rainfall forms narrow, shallow channels.

Explanation:

Erosion is the gradual washing away of the top layer of the soil or earth on which plant grows. There are three main types of erosion which are:

1. Sheet erosion

2. Gully erosion

3. Rill erosion

Rill erosion occurs when a soil layer is gradually being washed away by narrow stream channels called streamlets on the surface. After a heavy downpour, the streamlets facilitates the movement of water on the ground surface and in turn, earth materials are worn away.

When these streamlets becomes deeper, they form gullies. Gullies results into gully erosion.

When runoff removes soil and loose sediment in thin layers it is called sheet erosion.

WOW! I never thought of that.... Is this a question on the test?

Answer:

(A). It generates genetically different cells.

(B). It generates haploid cells.

(D). It involves two rounds of nuclear division.

Explanation:

Meiosis and mitosis are two types of cell division. Both meiosis and mitotic include four phases, which are prophase, metaphase, anaphase, and telophase.

Mitosis takes place in somatic cells, during which two daughter cells with identical genetic composition as present in parent cell. Mitosis involves one round of nuclear division.

On the other hand, meiosis takes in germ cell, during which four daughter cells with different genetic composition as present in parent cell. It leads to formation of four haploid cells from a diploid parent cell. Meiosis involves two rounds of nuclear division to form haploid cells.

Thus, the correct options are option (A), (B), and (D).

Answer: A  It involves two rounds of nuclear division.

              It generates haploid cells.

              It generates genetically different cells.

Explanation:

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Answer:

b. Steady surface temperature increases were noted between the 1970’s and 90’s.

Explanation:

It was the notable observation of steady rise in surface temperature on earth around the 1970’s that brought the issue of climate change into limelight.

One of the effect of climate change is that it causes global warming. Global warming is attributed to greenhouse gases which traps heat on the earth surface and causes the surface to warm. This can lead to melting of polar ice and an increase in water volume in oceans.

Answer:

b. Steady surface temperature increases were noted between the 1970’s and 90’s.

Explanation:

Answer:

-142 joules ( or -100 joules when accounting for significant figures)

Explanation:

q = m c delta T

q = (.71)(2)(20 - 120)

q = (.71)(2)(-100)

q = -142 joules

The specific heat of carbon is 0.71 J/g.°C then the amount of energy which is given off as a 2 gram piece of graphite cools from 120°C to 20°C is -142 Joules.

Amount of absorbed heat by any substance will be calculated by using the below equation:

Q = mcΔT, where

On putting all these values, we get

Q = (2)(0.71)(-100) = -142 J

Hence, -142 Joules is the value of given off energy.

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Answer:

15.9gmol⁻¹

The gas could have been methane when we compare the two molecular masses.

Oxygen gas, O₂ also shares this same number for its molecular mass. This would be the reason why it would not be methane.

Explanation:

Given parameters:

Volume of gas at STP = 2.0L or 2.0dm³(1L = dm³)

Mass  of the gas = 1.43g

Unknown:

Molecular mass of the gas = ?

Solution

We can find the number of moles using the mole concept according to the equation below:

          number of moles = ³⁻¹[tex]\frac{volume occupied(dm^{3} )}{22.4dm^{3}mol^{-1} }[/tex]

number of moles = [tex]\frac{2.0dm^{3} }{22.4dm^{3}mol^{-1}  }[/tex]

number of moles = 0.089mol

Using this obtained number of moles, we can derive the molecular mass of the compound by using the relationship between mass and number of moles according to the equation below:

                  molecular mass = [tex]\frac{mass}{number of moles}[/tex]

molecular mass = [tex]\frac{1.43}{0.089}[/tex]

molecular mass of the gas = 15.9gmol⁻¹

The formula of methane gas is CH₄.

Let's calculate the molecular mass of methane using these atomic masses:

C = 12g and H = 1g

The molecular mass = 12 + (1x4) = 16gmol⁻¹

The gas could have been methane when we compare the two molecular masses.

Oxygen gas, O₂ also shares this same number for its molecular mass. This would be the reason why it would not be methane.

Answer:

How will it affect the environment? Is its benefit worth the cost?

Explanation:

when creating environmental policies you should always look into if it is worth it or not and how it will affect the environment  

Answer:

It is A,B,C and D

Explanation:

I just took the test

Answer:

Preserve paintings and different works of art

We have that for the Question "Which of these is the most accurate description of the job of an art conservationist?" it can be said that The option  bearing the description "An art conservationist is a Person who's profession is to persevere art works for as much time as possible as it gains value over time just like wine" is the best description of the job of an art conservationist?

From the question we are told

Which of these is the most accurate description of the job of an art conservationist?

Generally

An art conservationist is a Person who's profession is to persevere art works for as much time as possible as it gains value over time just like wine

Therefore

The option  bearing the description "An art conservationist is a Person who's profession is to persevere art works for as much time as possible as it gains value over time just like wine" is the best description of the job of an art conservationist?

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Answer:

Option D = 0.2 Kj

Explanation:

Given data:

Mass of diethyl ether = 1.0 g

Hvap = 15.7 Kj / mol

Heat absorbed = ?

Solution:

Q = mass ×  Hvap /  molar mass

Q = 1.0 g × 15.7 Kj / mol / 74.12 g/mol

Q = 15.7 Kj / 74.12

Q =  0.212 KJ

Answer:

its A)

Explanation:

Answer:

2400 mL

Explanation:

[tex]Ca + 2HCl \implies CaCl_2 + H_2[/tex]

According to this equation, the stoichiometric ratio between [tex]Ca[/tex] and [tex]HCl[/tex] for the complete reaction is 1:2.

We know that the number of moles of [tex]Ca[/tex] can be calculated using the mole formula. (number of moles = mass / molar mass)

Moles of Calcium = [tex]\frac{60}{40}[/tex] = 1.5 mol

So the moles of [tex]HCl[/tex] = [tex]1.5 \times 2[/tex] = 3.0 mol

Volume of HCl solution = Moles of HCl/ concentration of HCl

Volume of HCl solution = [tex]\frac{3}{1.25}[/tex] = 2400 mL

Answer:

Two half lives.

Explanation:

It is known that the decay of isotopes and radioactive material obeys first order kinetics.

Also, it is clear that in first order decay the half-life time is independent of the initial concentration.

That means for a sample 100% to decay to 50 % it will take one half-life, and to decay the remaining 50% to 25% it will take another half-life.

So, for a sample has 25% parent and 75% daughter it will have two half-lives.

Answer:

Activation energy

Explanation:

The energy is used to increase the kinetic energy of the molecules to a rate where they can cause successful collisions during the reaction process.

Any reacting particles must be at a certain temperature to cause a successful reaction.

5,6-dimethyl-2-octyne is an organic compound with eight carbon atoms in the longest chain, a triple bond starting on the second carbon, and methyl groups attached to the fifth and sixth carbons.

The subject of the question, 5,6-dimethyl-2-octyne, is a compound in organic chemistry. It is a type of Alkyne, a hydrocarbon with a carbon-carbon triple bond. In this case, 'octyne' tells us there are eight carbon atoms in the longest chain, with the triple bond starting at the second carbon. '5,6-dimethyl' tells us that there are methyl groups (-CH3) attached to the fifth and sixth carbons in the chain.

For comparison, consider 4-fluoro-4-methyl-1-octyne from your reference. '4-fluoro-4-methyl' indicates there is a methyl group and a fluorine atom on the 4th carbon, and '1-octyne' specifies there are eight carbons and the triple bond starts at the first carbon.

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The answer is:

The total energy gained is equal to 3091 Joules.

To calculate how much energy is gained by the gold, we need to use the formula to calculate the heat transfer, it's defined by the following equation:

[tex]Q=mc\Delta T[/tex]

We know that the gold melts completely (it reached its melting point or fusion temperature), so, we need to rewrite the equation as follow:

[tex]Q=mc\Delta T+m\Delta H_{fusion}[/tex]

Where,

m,is the mass of the material

c, is the specific heat of the material

ΔT, is the change of temperature.

ΔH, is the heat of fusion of the material.

So, from the statement we know the following information:

[tex]m=15.74grams\\\\\Delta T=1064\°C-32\°C=1032\°C\\\\c=0.1291\frac{Joules}{gram\°C}\\\\m\Delta H_{fusion=15.71grams*\frac{63.5Joules}{gram}=997.59Joules[/tex]

Then, substituting and calculating, we have:

[tex]Q=mc\Delta T+m\Delta H_{fusion}[/tex]

[tex]Q=15.71grams*0.1291\frac{Joules}{gram\°C}*1032\°C+997.59Joules[/tex]

[tex]Q=2093.06Joules+997.59Joules=3090.65Joules=3091Joules[/tex]

Hence, we have that the total energy gained is equal to 3091 Joules.

Have a nice day!

Answer: pV = nRT , or  V = \frac{nRT}{p} , with p - pressure, V - volume, n - amount of substance, T - temperature in K.

Then:  \frac{V_2}{V_1} = \frac{n_2RT_2p_1}{p_2n_1RT_1}  

n_2 = n_1 ,  p_2 = p_1  

V_2 = V_1 \cdot \frac{T_2}{T_1} = 4.24 \frac {(273.00+5.00)}{(273.00+23.00)}=3.98 l   Explanation

The new  volume is calculated using the Charles law formula

that is V1/ T1 = V2/T2  where,

V1 = 4.24 l

T1= 23c  into kelvin = 23  +273 =296 K

T2 = 5.00 c into kelvin = 5.00 + 273 = 278 K

V2 = ?

by making  V2 subject the subject of the formula  by multiplying both side by T2

V2 = V1 xT2/ T1

V2 =  (4.24 L   x 278 K)  / 296 k  =3.98 L

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Explanation:

Answer:

Explanation:

They need to receive commands from Earth and send the data they collect back to Earth. ... These radio dishes also receive the information sent to Earth by the spacecraft. NASA spacecraft operating well out of Earth's orbit use the Deep Space Network (DSN).

Answer:

Ionic bonds are made by a transfer of electrons. Covalent bonds are made by sharing electrons.

Explanation:

For ionic bonds, use the group number to help you determine how many electrons an element can give or receive (Group 1 gives 1 electrons, group 2 gives 2 electrons, group 3A gives 3, group 5A receives 3, group 6A receives 2, and group 7A receives 1).

Covalent bonds have to be worked out using the total number of valence electrons and the octet rule.

It is seen that in first and third ones elements are not changed but only their chemical arrangements are changed. both are chemical reactions.

In the second and last one elements are changed after the reaction and as we know non chemical reactions are not capable of doing that so they are nuclear reactions.

There are other ways to tell like checking number of neutrons as well but in this simple case I don't think it is necessary to check those.

Good luck!

Answer:

B and D

Explanation:

Option A is incorrect as it is a neutralization reaction. Option C is incorrect as it an oxidation reaction, the rusting of iron to form iron oxide.  

Option B and D are nuclear reactions called alpha decay.  

In an alpha decay, a helium atom is released, and the daughter nucleus formed has atomic number 2 less than the parent nucleus and mass number 4 less than the parent nucleus.  

Final answer:

The pairs of valence electrons in diatomic oxygen molecules that do not participate in bonding are called lone pairs or unshared pairs (option D). These pairs are significant as they influence the molecule's shape and properties.

Explanation:

The name given to the pairs of valence electrons that do not participate in bonding in diatomic oxygen molecules is lone pair. These are also referred to as non-bonding electron pairs or an unshared pair (option D). In diatomic oxygen (O₂), each oxygen atom has six valence electrons. When two oxygen atoms form a molecule, they share two pairs of electrons, creating a double covalent bond. However, not all of the oxygen atom's electrons are involved in this bond; the remaining four electrons on each oxygen atom form two lone pairs.

The lone pairs are the electron pairs that reside in the outermost shell of the atom (valence shell) but are not shared or bonded with other atoms. These unshared electron pairs are responsible for the molecule's shape and properties, even though they do not participate directly in the bond formation with another atom.

Raising the temperature and change the pressure.

The scale factor of a dilation is determined by comparing measurements of an original figure and its dilation. In the case of two-dimensional figures like circles, one common approach is to compare corresponding lengths or distances in both figures. In this case, without specific numerical measurements, we can't provide a concrete numerical value for the scale factor.

In order to find the scale factor of the dilation, it's important to understand what a dilation is first. In maths, when we are working with geometry, a dilation takes a figure and scales it larger or smaller. The scale factor is the measure by which the original figure is stretched or shrunk.

We calculate the scale factor by comparing the measurements of an original figure and its dilation. For two-dimensional figures, if we compare corresponding lengths in the pre-image and image, we can determine the scale factor. However, in this question, we aren't given specific numbers. If we assume the distance from A to B is r and from A to B' is r', the scale factor would then be r'/r.

In the special case of circles, a dilation centered at the center of the circle will create a similar circle with a scale factor equal to the ratio of their radii or, equivalently, to the square root of the ratio of their areas. If we had actual numeric values for those lengths or areas, we could provide a definite number for the scale factor.

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Answer:

The molar volume increases

Explanation:

By the Law of Charles-Gay Lussac (for ideal gases) which can be applied to a real gas, we can say that when a fixed mass of gas is heated, at constant pressure, its volume increases.

Law of Charles-Gay Lussac says:

V(Volume)= K(proporcionality constant)* T(Temperature)

or

Initial Volume/Inicial Temperature=Final Volume/Final Temperature

You can calculate the Final Volume.

This is because the temperature increases the energy of the molecules and also their speed, therefore the volume increases.

For example, if two moles of a gas have a constant pressure, as their temperature increases, their volume will also do so.

The answer is A. 10.

Answer:

10

Explanation:

Answer:

Q6. scientists can monitor volcanoes to estimate when they are likely to erupt. Scientists can use a variety of techniques to do this, such as: seismometers - used to measure earthquakes occurring near an eruption. tiltmeters and GPS satellites – these devices monitor any changes in landscape. These signs may include very small earthquakes beneath the volcano, slight inflation, or swelling, of the volcano and increased emission of heat and gas from vents on the volcano,

Q7 They may need to move or they may need to evacute because when a volcano erupts it kills people and animals and burns every thing in its way. one way a volcano can kill someone is the thick ash clouds which make it hard to see and survive through.

Explanation:

A chemical change means that a new substance was formed. Different from what it was before the change took place.

Flammability and decomposition are examples of chemical changes.  <<<This is chemical change. An example can be seen in fruit. When a cut apple stays to long in the open it turns brown. This is because it is oxidized. Even if the apple tastes the same on the molecular level it has changed

Chemical changes involve a rearrangement of atoms to form new substances.  <<< It states even in the definition of chemical change that a new substance has to be formed

Chemical changes can often be identified by the formation of a gas or a solid or the release of heat.  <<< In a chemical change something extra may be created. This is different from an ice cub melting (which would be physical change). Although it goes from solid to liquid it is still water, and there is no extra product

Nothing is altered at the molecular level during a chemical change. <<<This is false

Hope this helped!

If you are trying to observe a cell wall, you should look at a plant cell. There are only two different types of cells, which are plant and animal cells. The plant cell is the only one which contains a cell wall. Animal cells actually only have a cell membrane.

Cell walls, commonly found in plant or bacterial cells, have distinct structures based on the type of organism. Plant cell walls consist of cellulose, providing rigidity and structure, while bacterial cell walls contain peptidoglycan for protection and shape. Unlike these, animal cells do not have a cell wall.

If you wanted to look at a cell wall, the most common types you would observe would be those of plants or bacteria, as they are widely studied in biology. Plant cell walls are primarily made up of cellulose, giving them rigid structure for support, whereas bacterial cell walls are mainly composed of peptidoglycan, which provides protection against environmental stressors.

When observing a plant cell wall under a microscope, what you are seeing is a rigid layer outside the cell membrane that provides structure and support. For bacteria, the cell wall is a protective layer outside the cell membrane, which protects the bacterium and gives it shape.

In contrast, animal cells do not have a cell wall, but a cell membrane instead, which provides a flexible structure. It's essential to remember that cell walls vary significantly in composition and structure among different groups of organisms.

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it would be bbbbbbbbbbbbb

Answer: B. To qualify for publication, scientists are required to submit lists of materials and procedures.

Explanation:

Scientist publish their research reports, articles in journals, magazines and other authentic areas associated with the data of the scientific community. To satisfy the need of the publication the scientists are required to submit the entire research procedure which includes the materials and protocol used to conduct the research. This process will help the other scientists to conduct the same research and this will help them to make a contradiction or acceptance of the published research based upon the similarities and differences in the results of research.

Answer:

+1

Explanation:

To calculate the charge on an ion, we simply use the number of protons and electrons. Protons are the positively charged subatomic particles. The electrons are the negatively charged particles in an atom.

When the number of protons are greater than that of electrons, the ion is positively charged.

When the number of protons are lesser than that of electrons, the ion is negatively charged.

When the number of protons and electrons are equal, the ion is neutral.

Charge = Protons - Electrons = 11 - 10 = +1

The net charge of an ion that has 11 protons, 10 electrons, and 12 neutrons is +1

Protons and electrons are used to determine the net charge on an ion. Protons are positively charged while electrons are negatively charged.

The net charge on an ion is the difference between the number of protons to the number of electrons.

The net charge of an ion = number of protons - number of electrons

The net charge of an ion = 11 - 10 = +1

Hence the net charge of an ion that has 11 protons, 10 electrons, and 12 neutrons is +1

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