If you are in Greenland the water would be ?

A . Cole ,salty and moving fast


B. Cold , salty and moving
slow

Weakness and nausea are the responses of vomiting and fever. Because people tend to feel weak and uneasy after vomiting.

A response is a response to a stimuli, such as a question, an experience, or another kind of stimulus. You are experiencing an emotional reaction to the drama being played out on screen if you cry during sad movies. A response can take many different forms, such as an explanation for a question, an emotional response, or a rejoinder.

The act of vomiting is the forceful ejection through the mouth of the contents of the upper digestive tract and stomach. It can also be referred to as throwing up or feeling ill.

Vomiting is a reflex that aids the body in getting rid of potentially dangerous chemicals. The majority of people will eventually vomit.

This information relates to vomiting in adults and kids older than 12. For details pertaining to children between the ages of 0 and 12 years, see vomiting in children.

Therefore, Weakness and nausea are the responses of vomiting and fever.

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The pressure inside the tire is approximately 1.970796 newtons per square centimeter (N/cm²) when measured in those units.

To convert the pressure from pounds per square inch (psi) to newtons per square centimeter (N/cm²), we need to use the conversion factors between these units.

First, let's convert pounds to newtons:

1 pound = 0.45359237 kilograms

1 kilogram = 9.80665 newtons

Next, let's convert square inches to square centimeters:

1 square inch = 6.4516 square centimeters

Now, we can perform the conversion:

1 psi = (0.45359237 kg) × (9.80665 N/kg) / (6.4516 cm²)

≈ 0.070307 N/cm²

Therefore, the pressure inside the tire of 28.0 psi is approximately equal to 28.0 × 0.070307 N/cm², which is approximately 1.970796 N/cm².

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Answer:

Explanation:

c) fusion combines into one product plus energy

Answer:

32.057 amu

Explanation:

\(\text{Average atomic mass = Mass}\times \text{abundances}\)

\(M=95\%\ \text{of}\ 31.972 +0.76\%\ \text{of}\ 32.971 +4.22\%\ \text{of}\ 33.967 \\\\M=\dfrac{95}{100}\times 31.972 +\dfrac{0.76}{100}\ \times \ 32.971 +\dfrac{4.22}{100} \times \ 33.967\\\\M=32.057\ \text{amu}\)

So, the average atomic mass of sulfur is 32.057 amu.

The average atomic mass of sulfur is 32.06 amu if 95.00% of all sulfur atoms have a mass of 31.972 amu, 0.76% has a mass of 32.971 amu and 4.22% have a mass of 33.967 amu.​

Sulfur is formed by 3 isotopes: 95.00% of all sulfur atoms have a mass of 31.972 amu, 0.76% has a mass of 32.971 amu and 4.22% have a mass of 33.967 amu.​

The average atomic mass (am) is a weighted average that takes into account the mass and the abundance of each isotope.

\(am = \frac{\Sigma m_i \times ab_i }{100} = \frac{31.972amu \times 95.00 + 32.971amu \times 0.76 + 33.967amu \times 4.22}{100} = 32.06 amu\)

The average atomic mass of sulfur is 32.06 amu if 95.00% of all sulfur atoms have a mass of 31.972 amu, 0.76% has a mass of 32.971 amu and 4.22% have a mass of 33.967 amu.​

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Answer:

9.9 x 10^-2 g*cm²/s²

Explanation:

9.9 × 10^-9 kg*m²/s² =    g*cm²/s²

1 kg*m²/s² = 1 joule(s)

1 g*cm²/s² = 1 erg(s)

britannica

1 kg = 1000g = 1x10^3 g

1 m²= 10000 cm² = 1x10^4 cm²

add the exponents 3 and 4 which = 7

-9 + 7 = -2

9.9 × 10^-9 kg*m²/s² = 9.9 x 10^-2 g*cm²/s²

The number of moels of the nitrogen gas is 0.061 moles, the volume of the gas is 1.4 L

The molar volume of a gas refers to the volume occupied by one mole of the gas at a specific temperature and pressure. It is often denoted as Vₘ and is typically expressed in units of liters per mole (L/mol).

We have that;

Number of moles of the nitrogen = 1.7g /28 g/mol

= 0.061 moles

We have that;

1 mole of a gas occupies 22.4 L

0.061 moles of the gas would occupy 0.061 * 22.4/1

= 1.4 L

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Substance that gives out ions when dissolved in water, which are able to conduct electricity describes an electrolyte.

Answer:

See attached picture.

Explanation:

Hello.

In this case, since the synthesis of amides via anhydride requires its reaction with the N-radical primary amine, as it is required to yield N-methylpropanamide, the reactants must be propanoic anhydride and methylamine in order to yield the aforementioned amide as well as propanoic acid as a side product.

This reaction is shown on the attached picture.

Best regards.

Answer:

five(5) hydrogen are formed

Sodium lauryl sulfate is a surfactant that help with the mixing of oil and water to clean the skin and hair by helping water to mix with oil and dirt so that they can be rinsed away or suspend poorly soluble ingredients in water.

Thus, ammonia lauryl sulfate serve as surfactore due to it's ability to lower the surface tension of water and ability to form micelles in water.

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Answer:

Glucose!!

Explanation:

Also keep in mind that the actual sugar produced from photosynthesis is C6H12O6, which is the basis for glucose as well as other complex molecules

Answer:

Glucose

Explanation:

photosynthesis uses the energy from the light to convert carbon dioxide molecules which makes glucose

When naphthalene is mixed with alcohol does it become a homogeneous mixture.

A homogeneous mixture is the type of mixture that is obtained between two substances when mixed such that a uniform distribution is observed.

While a heterogeneous mixture is the type of mixture that is obtained between two substances such that non uniform distribution is observed.

An example of a heterogeneous mixture is the mixture of sand and water or oil and water. This leads to the formation of two distinct layers.

Naphthalene can be dissolved in alcohol in such a way that a uniform mixture is obtained. Therefore when mixed a homogeneous mixture is obtained.

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Answer:

150.08 dm³ or L

Explanation:

At STP,

one mole of Hydrogen gas occupies 22.4 dm³ or L

6.7 mol of Hydrogen gas occupies q

1 mol = 22.4dm³

6.7 mol = q dm³

6.7 mol × 22.4 dm³ = 1 mol x q dm³

150.08 mol•dm³ = q mol•dm³

150.08 = q

At STP the volume occupied by 6.7 mole of H₂ is 150.08 mol•dm³.

STP stands for standard temperature and pressure. It is defined as in order to compare different sets of data, standard sets of parameters for experimental measurements must be defined. It improves the emphasis, relevance, and personalization of your marketing communications for your target audience. STP stands for Standard Temperature and Pressure in the field of chemistry. The measurements involving fuels, such as gas density, are where STP is most frequently utilized.

At STP, one mole of hydrogen gas fills 22.4 dm3 or L,

While 6.7 mole of hydrogen gas occupies the same volume.

Therefore, 1 mole = 22.4 dm3;

6.7 mole;

22.4 dm3 = 1 mole x q

dm3; and 150.08 mol•dm3 = q

Thus, at STP the volume occupied by 6.7 mole of H₂ is 150.08 mol•dm³.

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Let's first count how many atoms of each element we have on each side of the reaction.

Reagent side

Mg --->1 atom

Fe ---> 2 atoms

O ---->3 atoms

Product side

Mg --->1 atom

Fe ---->1 atom

O ----> 1 atom

We see that we have three oxygens on the reactant side and one on the product side, therefore we place the coefficient 3 in front of the MgO molecule:

Now we balance the Mg atoms that changed, we have 3 atoms in the products, so we put the coefficient 3 in front of Mg

And finally we need to balance the iron, we have 2 iron atoms in the reactants, so we put the coefficient 2 in front of the iron molecule:

Now we have on each side of the reaction:

Mg ---3 atoms

Fe ----2 atoms

O ---3 atoms

Now the reaction is balanced.

We have a substitution reaction because Mg trades place with Fe

In the given reaction, the limiting reactant is C₆H₆ (benzene).

To determine the limiting reactant as well as calculate the mass of HCl produced, compare the moles of each reactant.

The number of moles for each reactant:

Molar mass of Cl₂ = 35.5 g/mol + 35.5 g/mol = 71 g/mol

Moles of Cl₂ = mass of Cl₂ / molar mass of Cl₂

                     = 45 g / 71 g/mol

                     = 0.634 moles of Cl₂

Molar mass of C₆H₆ (benzene) = 12 g/mol + 6(1 g/mol) = 78 g/mol

Moles of C₆H₆ = mass of C₆H₆ / molar mass of C₆H₆

                        = 45 g / 78 g/mol = 0.577 moles of C₆H₆

Determine the stoichiometry between Cl₂ and HCl:

Cl₂ + C₆H₆ → C₆H₅Cl + HCl

Here, we can see that 1 mole of Cl₂ produces 1 mole of HCl.

Thus, the limiting reactant is C₆H₆ (benzene).

Calculate the mass of HCl produced:

Molar mass of HCl = 1 g/mol + 35.5 g/mol = 36.5 g/mol

Moles of HCl produced = moles of C₆H₆ = 0.577 moles

Mass of HCl produced = moles of HCl produced × molar mass of HCl

Mass of HCl produced = 0.577 moles × 36.5 g/mol

                                     ≈ 21.04 g

Therefore, approximately 21.04 grams of HCl will be produced.

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1. Work out the mean (the simple average of the numbers).

2. Then for each number: subtract the mean and square the result.

3. Then work out the mean of those squared differences.

4. Take the square root of that.

Number of Elements in Array: 5

Series Average: 34,748

Median: 34,795

Smallest Number: 34,53

Biggest Number: 34.86

Standard Deviation: 0.12716131487209

Variance (Standard Deviation): 0.01617

Standard Deviation of the Population: 0.1137365376649

Variance (Standard Deviation of Population): 0.012936

Answer:

\(x_{suc}=0.00406\)

Explanation:

Hello!

In this case, since the mole fraction relates the moles of solute and the moles of solution, and for sucrose it is:

\(x_{suc}=\frac{n_{suc}}{n_{suc}+n_{water}}\)

Whereas we need to compute the moles of both sucrose and water based on their molar masses (342.3 and 18.02 respectively) as shown below:

\(n_{suc}}=\frac{38.6g}{342.3g/mol}=0.113mol\\\\ n_{water}}=\frac{495g}{18.02g/mol}=27.5mol\\\)

Thus, the mole fraction sucrose turns out:

\(x_{suc}=\frac{0.112}{0.112+27.5}\\\\x_{suc}=0.00406\)

Best regards!

As we know that

P.E. = mgh

where,

P.E. = Potential energy of the object =?

m= mass of object= 3kg

g= acceleration due to gravity = 9.8 ms^-2

h = height between object and animal = 0 m

Then

P.E. = 3× 9.8 × 0 = 0 Joules or 0J

Have a luvely day!

Answer:

2731.875 J

Explanation:

Applying

Q = cm(t₂-t₁)................ Equation 1

Where Q = amount of heat, c = specific heat capacity of silver, m = mass of silver, t₂ = Final temperature of silver, t₁ = Initial temperature of silver

From the question,

Given: c = 0.235 J/g°C, m = 250 g, t₁ = 22.0°C, t₂ = 68.5°C

Substitute these values into equation 1

Q = 0.235×250(68.5-22.0)

Q = 58.75(46.5)

Q = 2731.875 J

Answer:

Preventing erosion – Land Reclamation

Protecting nesting areas – Protecting Biodiversity

Preventing littering – Land Reclamation

Preventing habitat disruption – Protecting Biodiversity

Protecting native species – Protecting Biodiversity

Preventing contamination of soil – Land Reclamation

Explanation:

I really hope I'm right! I tried my hardest, please give me brainliest :)

have a good day!

Answer

0.7 M

Explanation

Given:

The initial volume of the solution, V₁ = 20.0 mL = 0.02 L

The initial molarity of the solution, C₁ = 3.5 M

The final volume of the solution, V₂ = 100.0 mL = 0.10 L

What to find:

The final molarity of the dilute solution, C₂.

Step-by-step solution:

The final molarity of the dilute solution, C₂ can be calculated using the dilution formula below:

Put the given parameters into the formula:

Therefore, the molarity of the dilute solution is 0.7 M

Only sketch B has water molecules in the correct shape/state that the indicated temperature predicts.

On the first assumption that all processes or water states exist at normal atmospheric pressure and temperature conditions!

In the images attached to this solution, sketch A is -23°C, sketch B is 237°C, and sketch C is 60°C.

But for water, the boiling point is 100°C. This means the temperature at which the shape changes from a nearly incompressible liquid state in which water molecules are fairly free to move to a gaseous state in which water molecules (now called steam) are completely free to move.

Its melting point is 0°C. In other words, this is the temperature at which water molecules change from an ordered solid (called ice), where motion is entirely confined to vibration, to the more free liquid state.

This explanation suggests that water molecules exist in an ordered solid form at temperatures below 0 °C.

Water molecules exist as a fairly free liquid at temperatures between 0°C and 100°C, and above 100°C they exist in a freely mobile gaseous state. In the sketch attached to this solution, sketch A clearly shows that the water molecules are in a form in which they are fairly free to move (i.e. in liquid form), corresponding to this state at a temperature of -23 °C. , which corresponds more closely to the fixed ordered state. State of water molecule like sketch C. So this is a mismatch.

Sketch B shows the water molecules in a very free gaseous state, which corresponds exactly to this state at temperatures well above the boiling point of water, 237°C. This will give you an exact match between temperature and sketch.

However, sketch C shows water molecules in a highly organized solid form, but this form has not been adapted to 60 °C. This is similar to the sketch A liquid state sketch. Only sketch B has water molecules in the correct shape/state that the indicated temperature predicts!

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The phrase which best describes a synthesis reaction is: A. Putting together into one

A chemical reaction can be defined as a chemical process involving the continuous transformation and rearrangement of either the ionic, atomic or molecular structure of a chemical element, especially through the breakdown and formation of chemical bonds that produces a new chemical compound.

In Chemistry, there are five (5) main types of chemical reaction and these include;

A synthesis reaction is also referred to as a combination reaction.

Hence, a synthesis reaction involves putting together two (2) different atoms into one (1), so as to form a chemical compound.

                                    \(Na + Cl --> NaCl\)

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D?

Explanation:

considering they're all similar options I'd assume D, but there isn't any context

Answer:

copper hiiiiiiiiiiiii

The solubility of\(LaF_3\) in water is 3.04 x 10^-6 mol/L.

The solubility of \(LaF_3\) in water can be determined using the Ksp expression:

\(Ksp = [La^{3+}][F^-]^3\)

Where \([La^{3+}]\)and \([F^-]\) are the molar concentrations of the \(La^{3+}\) and \(F^-\) ions in the solution.

Since each \(LaF_3\) formula unit dissociates into one \(La^{3+}\) ion and three \(F^-\) ions, the molar solubility of \(LaF_3\) can be represented as x. Thus, the molar concentrations of \(La^{3+}\) and \(F^-\) ions in the solution can be written as x and 3x, respectively.

Substituting these values into the Ksp expression gives:

Ksp = x*(3x)^3 = 27x^4

Now, we can solve for x:

x = (Ksp/27)^(1/4)

= (2 x 10^-19 / 27)^(1/4)

= 3.04 x 10^-6 mol/L

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Answer:

see below

Explanation:

1. combustion

2.  The breakdown of hydrogen bromide is endothermic, and the formation of hydrogen iodide is exothermic.

3. the water

4. H–H

5. It is endothermic because more energy is needed to break up the reactants versus the amount given off by the products.

6. NO

7. H–F

8.  sunlight warming a concrete sidewalk

9.  The total energy of the system will stay the same as kinetic energy from the warm water increases the kinetic energy of molecules in the ice

10. This is an exothermic reaction because the reactants have more energy than the products.

11. the energy that must be added to a system to break the bonds of the reactants

12. The activation energy required for manganese dioxide to form intermediate molecules with H2O2 is less than the activation energy required for H2O2 to decompose on its own.

13. written response

14.  written response

15. written response

16. written response

[quizlet: captncrun}

Among the bonds in the chart, H-F, with a bond energy of 565 kJ/mol, is the most stable.

Bond energy is defined as the amount of energy required to break apart a mole of molecules into its component atoms.

It is a measure of the strength of a chemical bond.

We have the following bonds with their bond energies (kJ/mol).

The higher the bond energy, the stronger and the more stable the bond. Thus, H-F, with a bond energy of 565 kJ/mol, is the most stable.

Among the bonds in the chart, H-F, with a bond energy of 565 kJ/mol, is the most stable.

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The measure of the length of events and the duration of intervals between events is time.

The duration of events or the gaps between them can be measured, compared, or even ordered using time. The lengthy period of time that the Earth's geologic history takes up is known as geologic time. Starting at the beginning of the Archean Eon  formal geologic time runs until the present. Geology is defined as the "Science of the Earth."

Geology is the fundamental Earth science that examines how the earth created, its structure and composition, and the various forces acting on it. It is sometimes known as geoscience or earth science.

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The dissociation of cadmium chloride is as follows: CdCl₂(s) → Cd⁺²(aq) + 2Cl⁻(aq)

Dissociation is the process by which a compound body breaks up into simpler constituents; said particularly of the action of heat on gaseous or volatile substances.

It is a chemical reaction in which a compound breaks apart into two or more components. The general formula for a dissociation reaction follows the form:

AB → A + B

According to this question, cadmium chloride undergoes dissociation into cadmium and chlorine ions as follows:

CdCl₂(s) → Cd⁺²(aq) + 2Cl⁻(aq)

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