Is it possible to use the subatomic particles as an energy source?

Answers

Answer 1

So first, let's get some background knowledge.

So, how does energy concentrate to become subatomic particles?

To answer it in the best way possible, we have to understand what is energy and what particles are.

The capacity to perform labor is energy. It cannot be made or taken away. All of it was made during the moment of the Big Bang. Since then, it has changed into one form or another or has been employed to produce particles. In their purest form, elementary particles are quantum fields that are waves in space-time carrying energy. These waves also contain four moments (energy, vector momentum, angular momentum, and charge), unless they are completely chargeless like photons. They are nothing more than energy, which is dependent on the wave's frequency (and has endowed with it some properties like charge and spin etc). Therefore, energy creates particles by destroying one or more particles and creating one or more other particles, by taking energy from them and transducing into the others, in a similar fashion to how particles came out of nothing but energy pumped into the space-time the first time (after the Big Bang). In quantum physics, the annihilation and creation operators are used to represent it. I'll use one as an illustration. formation of the duo. Once it collides with a heavy nucleus (i.e., one with a high atomic number, Z), a high-energy gamma ray with energy greater than the rest energies of a proton-electron pair experiences an electromagnetic interaction, which is mediated by a virtual photon, and generates an electron and positron pair. For instance, if the initial gamma ray had an energy of 20 MeV, the generation of the pair would take around 1.022 MeV (the total of the rest energies of the electron and positron), whereas the pair would share about 18.078 MeV in kinetic energy. As a result, the energy is simply converted from a boson with no charge, mass, or spin to two products with opposite charges, each having a mass of 0.511 MeV: a negatively charged spin 1/2 fermion and a positively charged spin 1/2 fermion (anti-particle of the first).

So to answer, let's complete this in a question, what subatomic particle causes electricity?

There are instances when the protons and electrons in an atom's outermost shells are not strongly attracted to one another. It is possible to force these electrons out of their orbits. They may move from one atom to another by exerting force. Electricity is made up of these moving electrons.


Related Questions

How many kilograms of NH3 are needed to produce 120 of pf3 if the reaction has 78.1% yield.

Answers

99.25 grams = .09925 Kg of fluorine gas is needed.

What are moles?

A mole is defined as 6.02214076 × [tex]10^{23}[/tex]of some chemical unit, be it atoms, molecules, ions, or others. The mole is a convenient unit to use because of the great number of atoms, molecules, or others in any substance.

Balanced chemical reaction: P₄ (s) + 6F₂ (g) → 4PF₃ (g).

m(PF₃) = 120.0 g; mass of phosphorus trifluoride.

n(PF₃) = m(PF₃) ÷ M(PF₃).

n(PF₃) = 120 g ÷ 88 g/mol.

n(PF₃) = 1.36 mol.

From chemical reaction: n(PF₃) : n(F₂) = 4 : 6 (2 : 3).

n(F₂) = 1.36 mol · 3 / 2.

n(F₂) = 2.04 mol; amount of substance.

m(F₂) = n(F₂) · M(F₂).

m(F₂) = 2.04 mol · 38 g/mol.

m(F₂) = 77.52 g ÷ 0.781.

m(F₂) = 99.25 g.

Hence, 99.25 grams = .09925 Kg of fluorine gas is needed.

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What is the freezing point depression of an aqueous solution of 10.0g of glucose (C6H12O6) in 50.0g of water? [Kf for a water= 1.86°c/m, C=12, O= 16, H=1]

Answers

The freezing point depression is 2.1 °c.

What is freezing point?

The freezing point is the point that a liquid is converted to solid. Now we know that the freezing point is a colligative property.

Number of moles of glucose =  10.0g /180 g/mol =0.056 moles

Mass of water =  50.0g or 0.05 Kg

Molality of the solute = 0.056 moles/ 0.05 Kg = 1.12 m

The freezing point depression is obtained from;

ΔT = K m i

ΔT = 1.86°c/m *  1.12 m * 1

ΔT = 2.1 °c

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All of these tools are used for science but which tool is used specifically for earth science

Answers

Tools which are specifically used for earth science are Temperature Scales which are Celsius, Fahrenheit, and Kelvin.

Temperature tell us about how hot or cold a body is. Temperature is crucial in many disciplines of research, from physics to geology, as well as in most aspects of our daily lives.The temperature scale is a tool that is primarily utilised in Earth science. In metrology, the temperature scale is a mechanism for calibrating the physical quantity temperature.Alcohol, liquid crystal, and infrared radiation thermometers are the three types of thermometers (pyrometer).Celsius, Fahrenheit, and Kelvin are the three primary temperature scales. Temperature conversion equations are used to convert temperatures from one scale to another.At a single pressure and temperature known as the triple point, the three phases of water (ice, liquid water, and water vapour) may coexist.

So we can conclude that the temperature scales which is specifically Celsius, Fahrenheit, and Kelvin are specifically used for earth science.

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what are the relevant equations for oxidation and reduction

Answers

Answer:

There are many equations for oxidation and reduction, but the most relevant ones are the equations for the half-reactions. In general, the equation for oxidation is:

Oxidation: Reducing Agent + O2 → Oxidizing Agent

And the equation for reduction is:

Reduction: Oxidizing Agent + e- → Reducing Agent

These equations show the transfer of electrons that occurs during oxidation and reduction.

Explanation:

How can we prevent land pollution?​

Answers

Answer:

1. Make people aware about the concept of Reduce, Recycle and Reuse.

2. Reduce the use of pesticides and fertilizers in agricultural activities.

3. Avoid buying packages items as they will lead to garbage and end up in landfill site.

4. Ensure that you do not litter on the ground and do proper disposal of garbage.

5. Buy biodegradable products.

6. Do organic gardening and eat organic food that will be grown without the use of pesticides.

7. Create dumping ground away from residential areas.

I hope it helps u

The sparse area surrounding a spiral galaxy is called its

Answers

Answer:

Halo

Explanation:

Compound found to contain 58.4% bromine. Which compound contains this % bromine by mass

Answers

Answer:

the compound is bromine trifluoride

Explanation:

it contains 58.37 as there is no compound with 58.4 bromine formula brf3

The compound to this is bromine trifluoride

calc mL of radiator solution when 197 mL antifreeze is used to make a 25% (v/v) solution

Answers

The volume of the radiator solution formed with the 197 mL of antifreeze is 788 mL.

What is a percentage?

A percentage is given as the respective ratio of the quantity present with respect to others.

The solution of 25% v/v can be depicting the presence of a 25% volume of antifreeze in the radiator solution.

The volume of the radiator solution has 197 mL of antifreeze. The total volume of the solution suppose is x.

25% of x = 197 mL

25/100 * x = 197

x = 788 mL

The volume of the radiator solution formed with 25% v/v antifreeze is 788 mL.

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It takes 5.4 kJ to vaporize 1.6 moles of substance Z. What is the molar heat of vaporization of substance Z? Give your answer in units of kJ/mol with correct significant figures.

Answers

The molar heat of vaporization of substance Z is 3.375 kJ/mol.

Molar heat of vaporization of substance Z

The molar heat of vaporization of substance Z is calculated as follows;

ΔH(vap) = E/n

where;

E is the energy requiredn is number of moles

ΔH(vap) = 5.4 kJ/1.6

ΔH(vap) = 3.375 kJ/mol

Thus, the molar heat of vaporization of substance Z is 3.375 kJ/mol.

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How much heat is required to change 35.0 g of water from ice to liquid water?
The following information for water is given, but may or may not be useful:
C = 4.184 J/g°C
AHfus = 334 J/g
AHvap=2260J/g

Answers

Taking into account the definition of calorimetry and latent heat, 11,690 J is required to change 35 g of water from ice to liquid water.

Definition of calorimetry

Calorimetry is the measurement and calculation of the amounts of heat exchanged by a body or a system.

Definition of sensible heat

Sensible heat is defined as the amount of heat that a body absorbs or releases without any changes in its physical state (phase change).

Definition of latent heat

Latent heat is defined as the energy required by a quantity of substance to change state.

When this change consists of changing from a solid to a liquid phase, it is called heat of fusion and when the change occurs from a liquid to a gaseous state, it is called heat of vaporization.

The heat Q that is necessary to provide for a mass m of a certain substance to change phase is equal to

Q = m×L

where L is called the latent heat of the substance and depends on the type of phase change.

Heat to change water from ice to liquid water

In this case, you know:

Q= ?m= 35 gL= ΔHfus= 334 [tex]\frac{J}{g}[/tex] because the change consists of changing from a solid (ice) to a liquid phase (liquid water).

Replacing in the definition of latent heat:

Q = 35 g× 334 [tex]\frac{J}{g}[/tex]

Solving:

Q= 11,690 J

Finally, 11,690 J is required to change 35 g of water from ice to liquid water.

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Why are carcinogens a concern to people?

Answers

Answer:

They have been found to cause cancer in humans meaning any release of carcinogens will increase, not decrease, CANCER RISK.

Explanation:

Certain chemicals, including benzene, beryllium, asbestos, vinyl chloride, and arsenic are known human carcinogens, meaning “they have been found to cause cancer in humans.” A persons risk of developing cancer depends on how much, how long, how often, and when they are exposed to these chemicals.

4Al(s) + 30₂(g) → 2Al2O3 (s)
How many molecules of O₂ are used in the reaction?
How many oxygen atoms are required?
How many moles of Al2O3 are formed?
What is the mole ratio of Al to O₂?

Answers

1) 1 molecules
2) 2 oxygen atoms
3)2 moles of Al2O3 are formed
4)4:3

A scientist observes that the electrical resistance of a subconducting material drafts to zero when the material is cool to very low temperatures which is the following statements best describes what the scientist is observing

Answers

The statement that describes what the scientist is observing is; "the scientist is observing an intensive property of a superconductor."

What is electrical resistance?

The term electrical resistance refers to the opposition that is offered to the flow of  current. We know that a superconductor is one whose electrical resistance drops to zero when it s cooled to the absolute zero.

Hence, the statement that describes what the scientist is observing is; "the scientist is observing an intensive property of a superconductor."

Missing parts:

A scientist observes that the electrical resistance of a superconducting material drops to zero when the material is cooled to very low temperatures. Which of the following statements best describes what the scientist is observing?

The scientist is observing the electrical power of a superconductor.

The scientist is observing the temperature of a superconductor.

The scientist is observing an intensive property of a superconductor.

The scientist is observing an extensive property of a superconductor

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hat is used and produced in glycoloysis?
1.
2 Pyruvate
2.
2 ATP
a
3.
H2O
4.
4 ATP
5.
2 NADH
b
6.
glucose
a.
produced
b.
used

Answers

During glycolysis is used glucose, ADP and pyruvate and produce ATP, water and NADH.

What is glycolysis?

Glycolysis is the first step of cellular respiration by which glucose is used to generate energy in the form of ATP.

Cellular respiration has three sequential steps, i.e., glycolysis, the Krebs cycle and oxidative phosphorylation.

Glycolysis is the cellular respiration step that generates 2 net high energy ATP molecules and 2 reduced NADH.

In conclusion, glycolysis uses glucose, pyruvate and ADP to generate ATP, water and Nicotinamide adenine dinucleotides (NADH).

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what are correct statements about all greenhouse gases? check all that apply.

Answers

The correct statements about all greenhouse gases include the following:

They interact with wavelengths shorter than IR to produce IR. Their absorption spectra will show absorbance in the 400-700 nm region. What is greenhouse gas?

These are gases which are found in the atmosphere and have varying effects on the energy present on earth.

Examples include carbon dioxide, methane etc and their characteristics are mentioned above.

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Question 5
Which of the following molecules is carrying oxygen in circulating erythrocytes?
O Memeglobin
O Hemoglobin
O Stemoglobin
O Myoglobin
Question 6

Answers

O Hemoglobin

Explanation:

Hemoglobin (Heme + Globin) The protein hemoglobin is a molecule which is responsible for carrying almost all of the oxygen in the blood.

Complete combustion of a 17.12mg sample of xylene In oxygen yielded 56.77mg

Answers

Xylene moles =\frac{17.12}{106.16×1000}=0.00016moles=

106.16×1000

17.12

=0.00016moles

Moles of CO_2 =\frac{56.77}{44.01×1000}=0.0013CO

2

=

44.01×1000

56.77

=0.0013

Moles of H_2O= =\frac{14.53}{18.02×1000}=0.0008H

2

O==

18.02×1000

14.53

=0.0008

Moles ratios

\frac{0.0013}{0.0008}=1.625

0.0008

0.0013

=1.625

\frac{0.0008}{0.0008}=1

0.0008

0.0008

=1

Hence molecular fomula

The empirical formula is C 4H 5.

The molecular formula C8H10

What is the conjugate base of CO3-2

Answers

The conjugate base of CO3-2 is hydrogen carbonate.

Meaning of Conjugate base

A conjugate base can be defined as a base that can be derived from another base by the reason of it loosing or gaining an electron.

Conjugate base are very similar because they both posses the same elements.

In conclusion, The conjugate base of CO3-2 is hydrogen carbonate.

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Please help iggghghbvvv

Answers

A) Y because the line is flat, not going up or down. So, constant or no change in population

B) A positive correlation with introduction to animal A (because population is going up or increasing)

C)

1.New predator (due to Animal A eating them, meaning more of their predators are eating them)

2. Lack of food or food availability due to competition (from Animal A, e.g. if they eat the same food)

3. Introduction to a new disease (from Animal A)

Hope this helps!

what are the rules guiding iupac nomenclature?​

Answers

Rules of iupac nomenclature are :-

Find and name the longest continuous carbon chain.

Identify and name groups attached to this chain.

Number the chain consecutively, starting at the end nearest a substituent group.

Designate the location of each substituent group by an appropriate number and name.

Explanation:

Hope it helps you!!

5pts. Chemistry multiple choice​

Answers

Answer:

C. Xenon

Explanation:

The question only requires you to use your visual skills to identify the unknown gas. Look at the spectra of unknown gas and xenon, are they not identical? SInce they are same, the unknown sample must be xenon.

C. Xenon // they both look alike

A compound has the formula X2Fe(CN)6 ∙ 12H2O, where X is an unknown element. [3]
If the compound is 45.34% water by mass, what is the identity of element X?

Answers

The element X from the calculation is Cs.

What is the identity of element X?

We have in the question the percentage by mass of water as  45.34% thus we can write;

45.34% = 12(H20)/2(X) + Fe + 6(CN)

Hence;

45.34/100 = 12(18)/2X + 56 + 6(26)

0.45 = 216/2X + 56 + 156

0.45 = 216/2X + 212

0.45(2X + 212) = 216

0.9X + 95.4 = 216

X = 216 -  95.4/0.9

X = 134

The element X from the calculation is Cs.

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Place a check mark next to each star that is only fusing hydrogen into helium at this time.

Answers

Answer:

star 3

Explanation:

the color determines the fusion in between

A scientist is working with a new kind of quantum dot to
make a dye. He is applying Newton's laws to the
particle, but it seems to be breaking these laws of
physics.
Which action will most likely help the scientist study
the particle's motion?

Answers

The action that will most likely help the scientist study the particle's motion is that He needs to use quantum mechanics, not Newtonian mechanics because this is a nanotechnology product.

What is Quantum Mechanics?

This refers to the branch of mechanics that has to do with the description of motion and the different concepts of quantization of energy

Hence, we can see that based on the fact that a scientist uses a new quantum dot to make a dye and uses Newton's laws, but he seems to be breaking the laws, so he needs to use quantum mechanics because this is a nanotechnology product.

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How many atoms are present in 8.78 grams O2?

Answers

Moles of O_2

Given mass/Molar mass8.78/320.27mol

No of atoms

No of moles×Avagadro no0.27×6.023×10²³1.6×10²³atoms

Note the formula

[tex]\boxed{\sf No\:of\:atoms=No\:of\:moles\times Avagadro\:no}[/tex]

Find no of moles

[tex]\\ \tt{:}\dashrightarrow \dfrac{8.78g}{32g/mol}[/tex]

[tex]\\ \tt{:}\dashrightarrow 0.27mol[tex]

No of atoms

[tex]\\ \tt{:}\dashrightarrow 0.27\times 6.023\times 10^{23}[/tex]

[tex]\\ \tt{:}\dashrightarrow 1.6\times 10^{23}atoms[/tex]

60.0 kL of hydrogen at SATP (24.8 L/mol) is reacted with excess amount of nitrogen. The resulting
ammonia gas needs to be stored in a gas tank with a volume of 6.25 kL and under 2000 kPa of pressure.
What should the temperature regulator of the gas tank be set at?

Answers

The temperature regulator of the gas tank be set at 842.64 K

What volume of ammonia gas is produced by reacting 60.kL of hydrogen with excess nitrogen at SATP?

The volume of hydrogen ammonia produced is given by the mole ratio of the gases in the equation below:

3 H₂ + N₂ → 2 NH₃

The mole ratio is 2:3

Volume of ammonia produced = 2/3 * 60 kL = 40 kL

The temperature regulator value is determined using the general gas equation:

P₁V₁/T₁ = P₂V₂/T₂

T₂ = P₂V₂T₁/P₁V₁

P₂ = 2000 kPaV₂ = 6.25 kLT₁ = 273.15 KP₁ = 101.3 kPaV₁ = 40 kL

T₂ = (2000 * 6.25 * 273.15)/(101.3 * 40)

T₂ = 842.64 K

The temperature regulator of the gas tank be set at 842.64 K

In conclusion, the general gas equation is useful in determining gas volume, pressure and temperatures.

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Draw a heating curve for 1 mole of methanol beginning at 170K and ending at 350K. Assume that the values given here are constant over the relevant temperature ranges.

Answers

The graph of the heating of methanol has been attached.

The temperature at 170 K is approximately the melting point of methanol.

The temperature at 350 K is approximately the boiling point of methanol.

If we provide heat before 170 K temperature then all the heat provided to the methanol will result in rise in temperature of methanol in solid form.

If we provide heat at 170 K temperature then all the heat provided to the methanol will result in change in physical from of methanol from solid to liquid.

If we provide heat after 170 K temperature and before 350 K temperature then all the heat provided to the methanol will result in rise in temperature of methanol in liquid form.

If we provide heat at 340 K temperature then all the heat provided to the methanol will result in change in physical from of methanol from liquid to gas.

If we provide heat after 350 K temperature then all the heat provided to the methanol will result in rise in temperature of methanol in gas form.

So, the heat given to methanol will rise its temperature except at its Boiling and melting point. At those temperature heat will change the physical form of methanol first. and the graph also have been attached of between boiling point and melting point as given in question  .

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Why is the MO structure of NO+ different than that of N2? (the structure, not the number of electrons)

Answers

N2 is a homonuclear molecule and NO+ is a heteronuclear molecular ion hence the  MO structure of NO+ different than that of N2.

What is the molecular orbital?

The molecular orbital is formed by the combination of atomic orbitals. We should note that the number of molecular orbitals must be equal to the number of combining atomic orbitals.

Now we know that N2 is a homonuclear molecule and NO+ is a heteronuclear molecular ion hence the  MO structure of NO+ different than that of N2.

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Write out the recipe and list all the ingredients (including the measures) of your favorite dish.
Explain how the ingredients in this recipe cause one or more of the listed reactions.

Answers

The recipe for an omelet are:

Ingredients

1 EggSalt and pepper ( 1 tablespoon )Butter ( 1 tablespoon )

Recipe:

Turn on the heat and place a pan on it.Add butter to the pan.Crack the egg and whisk it properly.Add the whisked omelet onto the pan and stir.Add salt and pepper.

How to illustrate the information?

When we turn on the heat and place the pan, a heat transfer takes place and heat transfers from one body to another.

When we add butter to the pan, then the temperature of the pan was more than that of the butter.

Since the melting point of butter was less than the temperature of the pan, the the melting of butter takes place.

When we add the egg, the evaporation of the liquid present in the egg yolk and the egg white takes place.

These are the chemical reactions depicted.

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What is the change in temperature if 500 J of heat are added to a 23 g sample of silver? (Thespecific heat of silver is 0.24 J/g °C)

Answers

The change in temperature of silver if 500 J of heat are added to a 23 g sample of silver is 90.5°C.

How to calculate change in temperature?

The change in temperature of a substance can be calculated using the following formula:

Q = mc∆T

Where;

Q = quantity of heat absorbed or releasedm = mass of substancec = specific heat capacity∆T = change in temperature

500 = 23 × 0.24 × ∆T

500 = 5.52∆T

∆T = 500 ÷ 5.52

∆T = 90.5°C

Therefore, the change in temperature of silver if 500 J of heat are added to a 23 g sample of silver is 90.5°C.

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Other Questions
Focusing on the last half of the 20th century (1900s) and the first part of the 21st century (early 2000s), write a paragraph (4-5 sentences) using what you have learned in the lesson to explain how terrorism is different from other types of wafare Read Shakespeare's "Sonnet 100." Where art thou, Muse, that thou forget'st so long To speak of that which gives thee all thy might? Spend'st thou thy fury on some worthless song, Darkening thy power to lend base subjects light? Return, forgetful Muse, and straight redeem In gentle numbers time so idly spent; Sing to the ear that doth thy lays esteem And gives thy pen both skill and argument. Rise, resty Muse, my love's sweet face survey, If Time have any wrinkle graven there; If any, be a satire to decay, And make Time's spoils despised every where. Give my love fame faster than Time wastes life; So thou prevent'st his scythe and crooked knife. What is the central idea of the sonnet? The speaker considers his love to be his muse. O The speaker wants his muse to help him immortalize his love. The speaker fears that his love is growing old faster than he would like. The speaker thinks that his muse is forgetful and lazy and wastes a lot of time. Read Shakespeare's " Sonnet 100. " Where art thou , Muse , that thou forget'st so long To speak of that which gives thee all thy might ? Spend'st thou thy fury on some worthless song , Darkening thy power to lend base subjects light ? Return , forgetful Muse , and straight redeem In gentle numbers time so idly spent ; Sing to the ear that doth thy lays esteem And gives thy pen both skill and argument . Rise , resty Muse , my love's sweet face survey , If Time have any wrinkle graven there ; If any , be a satire to decay , And make Time's spoils despised every where . Give my love fame faster than Time wastes life ; So thou prevent'st his scythe and crooked knife . What is the central idea of the sonnet ? The speaker considers his love to be his muse . O The speaker wants his muse to help him immortalize his love . The speaker fears that his love is growing old faster than he would like . The speaker thinks that his muse is forgetful and lazy and wastes a lot of time . A triangle has one side length of 2x2 + 5x + 3. The other two sides of the triangle have lengths x2 + 2x and3x 2. Determine the simplified expression that represents the total perimeter of the triangle. Set local ground level to 700 ft, and record the inches of mercury.What is the altimeter reading in inches of mercury (from the Kollsman window)? Question )A snail covers a distance of 90 meter in 24 hours calculate the average speed of the snail. Use synthetic division to find the expression for the area of the base of a rectangular prism with height x 4 and volume x3 2x2 17x 36. 2x2 9x x2 6x 24 x2 2x 9 4x2 8x 36 Please help me Ill mark you brainlest Given w =startroot 2 endroot (cosine (startfraction pi over 4 endfraction) i sine (startfraction pi over 4 endfraction) ) and z = 2 (cosine (startfraction pi over 2 endfraction) i sine (startfraction pi over 2 endfraction) ) , what is w z expressed in polar form? How does an earthquake with a magnitude of 7 on the Richter scale compare to one with a magnitude of 5?50 times stronger100 times stronger20 times stronger2 times stronger How should you approach a dock when the wind or current is pushing you toward the dock?. Select all the correct answers.3xIf the measure of angle is 4, which statements are true?The measure of the reference angle is 60. sin(0) = 2The measure of the reference angle is 45.Otan(8) = 1cos(8) = 2The measure of the reference angle is 30. HELPPPPP: Garret drove 432 miles on 18 gallons of gas. Derrick drove 364 miles on 14 gallons of gas. Who has the better gas mileage? Choose the best Spanish equivalent to the sentence below.Have you (singular, informal) tried to snorkel? Has tratado de bucear?Ha tratado de bucear?Han tratando de bucear?Hemos tratando de bucear? I need help with number 13 and 14 The veterinary assistant should be familiar with the name and handling of medications because they What is the conjugate base of CO3-2 A total of 590 C of charge passes through a flashlight in 0.470 h. What is the average current in milliamperes The activity known as _____________ entails identifying and thereafter attempting to satisfy the needs/solve the problems of pre-specified segments of prospective or actual customers. what is another factor that had changed american identify The Pendleton Civil Service Reform Act of 1883 attempted to pattern government hiring after practices found in