A planet moves in an elliptical orbit around the sun. The mass of the sun is Ms . The minimum and maximum distances of the planet from the sun are R1 and R2, respectively. Using Kepler's 3rd law and Newton's law of universal gravitation, find the period of revolution of the planet as it moves around the sun. Assume that the mass of the planet is much smaller than the mass of the sun. Use for the gravitational constant. Express the period in terms of G, Ms,R1 , and R2.

The maximum mass that a helicopter winch can lift is 204 kg.

In order to maximize the effectiveness and safety of winching operations, the winch is mounted on the aircraft's side facing the pilot. The winch cable is 90 meters long, and it can handle a maximum load of 600 pounds or 272 kilograms.

Winches have a 2000 N lifting capacity. The formula W = mg, which equals weight in newtons, mass in kilograms, and gravity's acceleration in meters per second squared, or 9.8 m/s2, can be used to convert it to mass.

W = mg

2000 N = m * 9.8 m/s^2

m = 2000 N / 9.8 m/s^2

m = 204 kg

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The full question is

A rescue helicopter lifts two people using a winch and a rescue ring. The mas of the two people is 120 kg. The winch is capable ofexerting a 2000-N force. What is the maximum mass it can lift?

The majority of alpha particles were found to pass directly through gold foil, suggesting free space makes the majority of atoms. Due to interactions with other + charged molecules inside atom are slightly deflected.

The majority of a alpha particles were absorbed without being rejected by positively particles (protons) inside the nucleus, although some of them rebounded back. Positive attracts positive and vice versa.

The majority of alpha particles passing right through to the foil is proof that the atom is primarily made up of empty space. There is an concentration of alpha particles since only a limited number of them were deflected at great angles The atom has a positive charge.

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Elliptical galaxies probably contain about the same proportion of their mass in the form of dark matter as do spiral galaxies.

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The weight on the even stranger planet, quoozeptinaletina, that is 226 times more massive than zorgg and has a radius 17.1 times larger will be

991.759N

In science and engineering, the weight of an object is the same as the force that acts on the object because of the gravity. Some books define weight as a vector quantity, some as the gravitational force acting on the object, and others define as a scalar quantity, the magnitude of the gravitational force.

Weight -> F = m * g

m = mass of object (constant for non relativistic speed)
F = Force

g = Gm / R^2

where

m = mass of planet

R = radius of planet

G = gravitational constant

at Zorgg planet, Fz = 1283N = m* gz,

gz = G*Mz / Rz^2

at Quoozeptinaletina,

Rq = 17.1Rz

Mq = 226Mz

Fq = m*gq

gq = G * Mq / Rq^2

226GMz / 17.1^2 Rz^2

gq = 226 / 17.1^2 gz

Fq = 226 / 17.1^2 Fz

= 0.773Fz

= 0.773 * 1283N

= 991.759N

Therefore, your weight at planet quoozeptinaletina is 991.759N

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We anticipate that this item will shift direction while maintaining its current speed.

An object has constant velocity when the magnitude and direction of the rate at which its position is changing remain unchanged. In other words an item must have a constant speed throughout time in addition to a constant direction of motion in order to have a constant velocity.

The units of distance per time are constant velocity. The velocity informs you of the rate of change in your position or the rate of change in distance over time.

Newton's first law states that unless acted upon by a net external force, an object at rest will remain at rest and an object in motion will continue to move at a constant speed.

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5 km North and 5 km South are the same distance but different displacement.

What is displacement?

The term "displacement" refers to a shift in an object's location. It is a vector quantity with a magnitude and direction. The symbol for it is an arrow pointing from the initial location to the ending place. For instance, if an object shifts from location A to position B, its position changes.

A 'displacement' always consists of a magnitude and a direction.  The two cars you just described have displacements with the same magnitude ... 5 km.  But if they didn't both drive in the same direction, then their displacements are different.

Remember:

-- 10 m/s² up and 10 m/s² down are different accelerations

-- 30 mph East and 30 mph West are the same speed but different velocity.

-- 5 km North and 5 km South are the same distance but different displacement.

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The statement that is correct is that all the carbon atoms in the glucose would end up in the palmitic acid. Option C.

In science a model is used for the purpose of explanation. The model could be used to describe what is going on in the reaction system. We can see from the model that there is a combination of the molecule of glucose with the molecule of oxygen in the molecule.

Now, we can see that the bonds in the glucose that are carbon to carbon bonds are broken and then recombined in such a way that they now lead to the formation of the palmitic acid molecule.

By the law of the conservation of mass, the number of atoms of the reactant is equal to the number of atoms in the product. This would play out as we carry out an atom count of the reactants and the products.

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As a result, the sound at the specified distance has a 47.16 W/m2 intensity.

The intensities of the a wave is the amount of energy it transports over a surface in a unit of time and size. It is also equal to the power density times the wave speed. Watts per sq m are typically used to measure it.

P =3.59×10⁵  W, the jet engine's power; and r = 40.9 m, the sound's distance

The following formula is used to determine the sound's intensity at the specified distance;

I = P/ A

where;

I is the sound's amplitude, while P is its power.

A is the circumference of the area

I = P / 4πr²

I = 3.59×10⁵  / 4π (40.9m)²

I = 47.16 W /m².

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The factory without exceeding the 85 dB limit n  =10.

A factory is described as a building, or a group of buildings wherein goods are synthetic via a system. however, the industry is defined as the branch of economics wherein raw substances, goods, and offerings are produced.

The sound level in decibels is

β dB = 10 log ( I / Io )

where I am the intensity of sound

It is the relative intensity

80 = 10 log ( I / 10-12 )

8  = log ( I / 10-12 )

10 8  =  I / 10-12

I  =  10 8 . 10 -12 =  10 -4 W /m2

if the sound level is 90 dB, the number of identical machines is n.

90 = 10 log ( n I / Io )

=  10 logs ( n . 10-4 / 10 -12 )

9  =  log ( n . 108 )

10 9 = n. 10 8

n = 10.

so  n  =10 .

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The correct statement regarding the double-slit test is a process wherein you possibly can display the wave nature of light.

Via feeding mild of the appropriate wavelength through a couple of slits with separation distances corresponding to the light wavelength, then interference styles will occur with various intensities that reduce as one measure in addition to the slits. If the slit together with the light supply is moved in the direction of the double slits, the brilliant fringes produced are brighter because the depth of the light passing through the double slit is more.

As the wave passes through each slit, it basically splits into two new waves, every spreading out from one of the slits. these two waves then intrude on each other. At some factors, in which a top meets a trough, they will cancel each different out. The smaller the wavelength is to the slits the nearer the fringes could be. were W=wavelength, D=distance from the slit to the display a=distance among the slits and x is the space between the slits. So x=WD/a in order for the wavelength to decrease so does the perimeter spacing.

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it take for the radiation level of potassium-42 to drop to 1/16 of its original level is 48 hours.

Radiation can be divided into four main categories: alpha, beta, neutrons, and electromagnetic waves like gamma rays.The mass, intensity, and depth to which they pierce persons and things varies between them.

A beta particle is the first.Although they can exceed 50 mSv/yr, they normally fall between 1.5 and 3.5 millisievert per year.

The worst external risk is gamma radiation.Beta burns can occur when beta particles partially penetrate the skin.Alpha rays can't go through skin that is still intact.The cells in their route can be damaged by gamma and x-rays that travel through a person.

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The target temperature increase from pre-industrial levels is to keep global warming below 1.5 degrees Celsius.

The business also took part by signing the UN Global Compact Business Ambition for the 1.5° Pledge, which was signed by 1,100 companies.

They have sworn to uphold the Paris Climate Agreement and do our part to keep global warming below 1.5° Celsius.

They are dedicated to reducing emissions to zero.

Additionally, they emphasize neutrality by outlining the process of balancing their carbon emissions.

The warming of Earth's surface over time, seen since the pre-industrial era (between 1850 and 1900), is referred to as global warming.

This warming is a result of human activities, particularly the burning of fossil fuels, which raises the levels of heat-trapping greenhouse gases in the atmosphere. 'Climate change' should not be used in place of this phrase.

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Electrons flow continuously through a circuit when current is present.

A static discharge is a very quick, irregular transfer of charge.

Static discharge is the abrupt movement of electrons from one charged object to another.

Static discharge is the abrupt passage of electrons. The spark you see and the jolt you experience are both caused by an electron discharge.

For the circuit, the charge travels through a wire.-True

For a static discharge, the charge is transferred from one object to another.-True

The basic unit of electricity is charge (or, more precisely, electric charge).

Everything in electricity is a charge.

The physical characteristic of matter that causes it to feel a force when exposed to an electromagnetic field is called electric charge. The two types of electric charges that protons and electrons most frequently carry are positive and negative charges.

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The final temperature of the copper cup is found to be 409.19° K.

The mass of the copper cup is 0.500 Kg and it is at a temperature of 280°K.

A total of 2.5 x 10⁴ J of energy is added to the system.

The final temperature of the system is let us say T.

Now, the change in energy will be given by,

∆Q = mC∆T

Where,

C is the specific capacity of copper.

Putting values,

2.5 x 10⁴ = 0.5 x 387 x(T - 280°)

T = 409.19°K.

So, the final temperature of the copper cup is 409.19°K.

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The total width of the central maximum be 1.266 cm.

Given data :

So,  the total width of the central maximum = 2λD/a

= ( 2 × 633 nm × 2.00 m)/ 0.200 mm.

= 0.01266 m = 1.266 cm.

Hence, the total width of the central maximum be  1.266 cm.

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if material a has twice the specific heat of material b then, If the specific heat is twice, it will need twice as much heat to raise it by 1 degree Celsius.

Specific heat is represented by the letter C and varies depending on the substance and phase. The amount of heat required to raise the temperature of 1 kg of mass by 1°C is known as the specific heat. The substance's characteristic is the specific heat c.

Heat capacity C is expressed mathematically as C=mc, where m is mass and c is specific heat. Keep in mind that heat capacity and specific heat are identical but independent of mass. As a result, the heat capacity of two objects constructed of the same material but of different masses will vary. This is so because while specific heat is a property of every object constructed of the same material, heat capacity is a property of an object.

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The student would most likely observe the result that C. The level of the liquid in the volumeter would remain constant since gas is neither being produced nor being used.

Volumeter can be described as any instrument that is employed for measuring the volume of a solid, liquid, or gas.

Sodium bicarbonate when dissolved in water forms sodium hydroxide and carbonic acid. This carbonic acid breaks down further to form water and carbon dioxide gas.

The carbon dioxide produced can be used by the Elodea plant for photosynthesis which is a process in which carbon dioxide is used up to create oxygen and energy.

However, as the Elodea plant was not added in this case therefore the level of the liquid in the volumeter would remain constant since sodium bicarbonate is neither being produced nor being used up for photosynthesis.

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The ratio of the highest to lowest frequencies of electromagnetic waves the eye can see is 2. The ratio of highest/lowest sounds is  1,000

Define wave frequency.

Wave frequency is the quantity of waves passing a particular place in a predetermined period of time. The hertz (Hz) unit of wave frequency in the SI stands for one wave crossing a fixed point in one second.

a).  frequency = (speed) / (wavelength)

The speed of light is around 3 x 10⁸ m/s.

For 380 nm (violet light), frequency = (3 x 10⁸ m/s) / (380 x 10⁻⁹ m)

Frequency = 7.89 x 10¹⁴ Hz

For 760 nm (red light), frequency = (3 x 10⁸ m/s) / (760 x 10⁻⁹/s)

Frequency = 3.94 x 10¹⁴ Hz

Required ratio is  7.89 x 10¹⁴ Hz/ 3.94 x 10¹⁴ Hz

That is equal to 2 .

That's 1 octave, or 0.3 of a decade.

b).  The ratio of highest/lowest sounds

highest sound frequency is 20,000 Hz

lowest sound frequency is 20 Hz

Required ratio is 20000/20 i.e. 1000

That's 3 decades, or about 10 octaves.

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The total torque required to accelerate the wheel is 0.054 Nm.

The moment of inertia of the uniform cylinder is calculated  by applying the following formula.

I = ¹/₂MR²

where;

I = ¹/₂(0.38)(0.085)²

I = 1.37 x 10⁻³ kgm²

The angular acceleration of the grinding wheel or uniform cylinder is calculated as follows;

α = ω/t

where;

ω = 1750 rev/min x 2π rad/rev x 1 min / 60 s = 183.26 rad/s

α = (183.26 rad/s) / (5s)

α = 36.65 rad/s²

The torque required to accelerate;

τ = Iα

τ = (1.37 x 10⁻³ kgm²) x (36.65 rad/s²)

τ = 0.05 Nm

The frictional torque that is slowing down the wheel;

ω = 1500 rev/min x 2π rad/rev x 1 min / 60 s = 157.1 rad/s

α = (157.1 rad/s) / (55 s)

α =  2.86 rad/s²

τ = Iα

τ = (1.37 x 10⁻³ kgm²) x (2.86 rad/s²)

τ = 0.004 Nm

The total torque required to accelerate the wheel is calculated as;

τ(total) = 0.05 Nm + 0.004 Nm

τ(total) = 0.054 Nm

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Water Emerges Straight Down From A 1.50 Cm Diameter Faucet At A Speed Of 0.800 M/S has a 0.210 m below the faucet diameter of -0.918cm.

The speed of an object, also known as v in kinematics, is a scalar quantity that refers to the size of the change in that object's position over time or the size of the change in that object's position per unit of time. The distance travelled by an object in a time interval divided by the length of the interval gives the average speed of the object during that interval. A circle's diameter is defined as the distance between its opposing edges. Learn the diameter formulas and the connections between related metrics that are very significant.

H = (q/pi*v)^1/2

h = (141.37*10^-6/pi*2.1359

= 4.5905*10^-3m

d = 2h = 9.181*10^-3m

d = -0.918cm

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The complete question is -

Water emerges straight down from a 1.50 cm diameter faucet at a speed of 0.800 m/s. (Because of the construction of the faucet, there is no variation in speed across the stream.  What is the diameter of the stream 0.200 m below the faucet? Neglect any effects due to surface tension.

The standard way to express an order of magnitude is as 10 to the nth power where q/h is 0.01.

An order of magnitude is an exponential change of plus or minus 1 in the value of a quantity or unit. The term is generally used in conjunction with power-of-10 scientific notation. Order of magnitude is used to make the size of numbers and measurements of things more intuitive and understandable.

The order of magnitude is the power of 10 a number is raised to when it's in scientific notation. For example, the order of magnitude for 19,400 would be 4. This is because when we convert it into scientific notation, 1.94×104, the 10 is being raised to the 4th power.

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A body is free falling from height h now at the middle that is at h/2 the body's K.E. = P.E

What is kinetic energy?

An object's kinetic energy is the energy it has as a result of motion. Applying force is necessary if we want to accelerate an object. We have to put in work to apply force. After the work is finished, the object will be moving at a new, constant speed because energy has been transferred to it.

There are only two cases in this phenomenon to occur:-

Case 1 - Something is tossed upward

When is the change in kinetic energy equal to the change in potential energy for an object thrown upward at some beginning velocity v0? The total amount of kinetic and potential energy is constant due to energy conservation. We want to know when the kinetic energy has decreased by half because we define our potential energy as zero at the launch point.

Case 2 - Simple harmonic oscillator

A restoring force proportionate to the displacement of the mass from equilibrium distinguishes a simple harmonic oscillator (such as a mass on a spring) from other oscillators:

F=− kx

This equation's solution yields the position as x=Acos(ωt+Ф), where A denotes the oscillation's amplitude, frequency, and phase. The frequency is expressed as Ф= [tex]\sqrt{k/m}[/tex]. The derivatives of the location can be used to calculate the oscillator's velocity and acceleration, which are both sinusoidal functions.

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The Mercalli scale would most likely be used to tell how much earthquake damage was done to homes and other buildings.

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The bulb glows when connected to some objects. But it does not glow when some objects like eraser, wood, plastic, etc,. are used to complete the circuit. Such materials are called insulators.

A substance in which electrical current cannot easily flow is referred to as an electrical insulator. The insulator's atoms contain closely bonded electrons that are difficult to move. Electric current can flow more easily through other materials, such as semiconductors and conductors. Insulators have greater resistivities than semiconductors or conductors, which is the characteristic that makes them stand out. The most frequent instances are non-metals.

Additionally, the brightness of the bulb varied depending on what was being utilized. The lamp, for instance, shone brightly when a hefty coin was used. The bulb's brightness diminished when a long, thin cable was employed. The bulb's brightness decreased as the pencil lead was utilized.

This is due to differences in the electrical resistance of various things. When the resistance is high, the current is reduced and the light from the bulb dims.

Metals dominate the items that made the lightbulb shine. In general, metals carry electricity well. The bulb would therefore be quite bright.

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Answer: Angular velocity of the front sprocket is half of the rear sprocket's angular velocity

Reason:

Angular velocity is the time rate at which an object rotates, or revolves, about an axis, or at which the angular displacement between two bodies changes.

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Given that copper's electron mobility is 3 10-3 m2/v-s, there are 1.20 × 10⁷ conducting electrons per cubic meter in copper.

The mobility of holes and electrons in semiconductors and metals is the subject of this essay. See Electrical mobility for a broad explanation. The electron mobility in solid-state physics refers to how quickly an electron may move through with a metal or semiconductors when being drawn by an electric field. Hole mobility is the corresponding quantity for holes. Both electron / hole mobility are collectively referred to as carrier mobility. The electrical mobility if charge particles in a fluid under such an applied electric field includes electron / hole mobility as specific examples.

The equation =VdE allows us to mathematically demonstrate electron mobility. The SI symbol for electron mobility when subject to an external electric field is m2V1s1. We can see that [M1T2A] is its dimensional form when the SI unit's dimensions are calculated.

resistivity of the copper (p) = 1.73 × 10⁸ Ωm

η = σ/μe

Here, σ = electrical conductivity

σ = 1/ρ

e = charge on electrons = 1.6 × 10⁻¹⁹

μ = mobilty of electrons

n = σ/μe

n = 1/ρμe

n = 1/8.304 × 10⁻⁸

n = 10⁸/8.304

n = 1.20 × 10⁷ electrons/ m³

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0.25 m/sec is the block’s speed when the spring’s displacement is 0.25m.

Simple harmonic motion is described as the periodic motion of a point down a straight line, with the acceleration of the point's motion constantly accelerating in the direction of a fixed point along the line and being proportional to the distance from the fixed point.

Spring-mass system is an example of simple harmonic motion.

Therefore, velocity or speed V is given by,

V = w [tex]\sqrt{A^2 - x^2}[/tex]

Where, A = amplitude

x = displacement

w = angular frequency

Now, w = [tex]\sqrt{k/m}[/tex]

Where, k = spring constant

m = mass

So, w = [tex]\sqrt{0.5/1.5}[/tex]

w = 0.577

w = 0.58

Therefore, velocity, V = [tex]0.58 \sqrt{(0.5)^2 - (0.25)^2}[/tex]

                                 V = 0.58 × 0.433

                                 V = 0.25 m/sec

So, the speed becomes 0.25 m/sec

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The creature died 5730 year ago by using the half-life decay equation.  

Half life decay equation is defined as a characteristic unit for the exponential decay equation and remains constant over the course of an exponentially decaying quantity. The appropriate metrics for defining the life of decaying material are provided by the half-life formula.

The half life decay equation is

N = N₀ ( 1/2 ) t/t ¹/²

Let N =  t/t ¹/²

So , N / N₀ = 1 / 2ⁿ

N₀ / N = 2ⁿ

N₀ / 0.50 N₀ = 2ⁿ

2ⁿ = 1 / 0.50

2ⁿ = nlog2

2ⁿ = log 1 - log 0.50

2ⁿ = 0 -( - 0.301 )

2ⁿ = 0.301

n = 0.301 / log 2

n = 0.301 / 0.301

n = 1

t1/2 = 5730

t = n x t1/2

t = 1 x 5730

t = 5730 years.

Thus, the creature died 5730 years ago by using the half-life decay equation.  

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The gravity of earth attracts all objects towards earth. If we throw a ball, and it comes back on earth it's because of gravity. But, if we pick up the ball again then we are doing a work against gravity. Hence, this is what is meant by work against gravity.

How to find work against gravity if we know the mass of the object and height at which it is thrown?

Work done against gravity is given by,

W = Fg×d×cos theta

here, Fg = force of gravity = weight = m*g

m = mass = 70 kg

g = 9.8 m/s^2

d = displacement = height = 2*4 = 8m

Cos theta = angle between force and displacement = 180 deg

So, W = 70*9.8*8*cos 180 deg

W = -5488 J

Thus work against gravity is -5488J

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The answer to the provided problem is -5017J, which indicates the person's effort against gravity.

Any two mass-containing objects are pushed to one another by the gravitational pull. Because it consistently attempts to bring masses together rather than pushing them apart, this centrifugal force is known as attractive.

The amount of resistance to gravity that the individual puts out is equal to the variation in gravitational potential.

Therefore we can write:

W = mgΔh

where

The total mass of the person plus the groceries is m.

Gravitational acceleration, abbreviated g,

Δh is the change in height

In this problem we have:

The total mass of the guy and the goods is m = 64 kg.

g = 9.8m/s² is the speed due to gravity

Since the guy descended two levels, each of which is three meters,      Δh = –6m.

Consequently, the effort made to defy gravity is

W = 64 * (9.8) * (-8) = -5017J

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The complete question is-

A spiral staircase in a building is in the shape of a helix of radius 7 meters. Between two floors of the building, the stairs make one full revolution and climb by 3 meters. A person carries a bag of groceries up two floors. The combined mass of the person and the groceries is 64 kg. Calculate the work done by the person against gravity.

The internal energy of a system is 1542.52 J.

What is internal energy?

The internal energy of a thermodynamic system is the total energy contained within it. It is the energy necessary to create or prepare the system in its given internal state and includes the contributions of potential energy and internal kinetic energy.

First we convert calories into joules, 530 calories =530 calories × 4.184                                                                        = 2217.52 J

Formula, ΔE = q + w

Here, the system releases heat, so q is negative

Therefore, ΔE = -q + w

Now, put the values of q and w

ΔE = -675 + 2217.52 J

ΔE = 1542.52 J

Internal energy is the sum of ability power of the gadget and the machine's kinetic strength. The alternate in internal energy (ΔU) of a response is equal to the heat gained or lost (enthalpy trade) in a reaction whilst the reaction is administered at steady pressure. inside the study of thermodynamics, a usually perfect gasoline is taken into consideration as a running substance. The molecules of an ideal gasoline are mere mass points that exert no force on each other.

The SI derived unit used to degree strength or paintings. One joule is identical to the electricity used to accelerate a body with a mass of 1 kilogram using one newton of force over a distance of one meter. One joule is also equal to one watt-second.

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