what additional information is most important for them to add to the graph to best explain the work they've done?

The main consequence of tidal heating on Enceladus because of this elliptical orbit is that it occasionally brings the moon closer to Saturn and occasionally farther away.

When Dione, a bigger moon, orbits Saturn once, Enceladus orbits twice. Enceladus' orbit is made elliptical by Dione's gravity. This causes tidal heating inside the moon, and the following effects also:

But the ultimate cause of the geological activity on this moon had remained a mystery. Instead of a circular orbit, Enceladus orbits Saturn in an elliptical distortion. Saturn's gravity pulls and squeezes the moon as a result, heating its innards and allowing geological activity on the frozen moon.

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Current ( I ) = charge(Q) * time(t)

(A)     I = 75/1000 * 1*60 = 4.5A

(B)     I =  0.5*10^9 * 2*60*60 = 3.6*10^12 A

(C)     I = 2*10^-6*1000*60*60 =0.55 A

2)   Q = I/t

( A)  Q = 6/5*60 = 0.02 C

( B)   Q = 250*1000/ 4*60*60 = 17.36 C

( C)   Q = 2.5/1000*50 = 5*10^-5 C

3 ) t = I/C

(A)  t =25*1000/ 25*10^-6 = 1*10^9 s

(B)  t = 12/48 = 0.25 s

(C)  t = 4/360 = 0.011 s

4 )

( A) P . d = current * resistance = 10/100 * 4= 0.4V

( B) charge = 10*10^-2/3*60 = 5.55*10^-4 C

What is charge ?

Charge, also known as electric charge, electrical charge, or electrostatic charge and denoted by the symbol q, is a property of a unit of matter that indicates how many more or fewer electrons than protons it contains.

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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Since, we know that magnetic field is always perpendicular to the z axis or electric field.

Calculation:-

lambda = 2.8m

v = 3*10^8m/s

v = f(lambda)

(a) f = 1.07*10^8hz

(b)angular frequency = 2pif

= 6.72*10^8rad/s

(c) wave number = 2pi/lambda

= 2.24

(d) B=E/c

= 300/(3*10^8)

=10^-6Tesla

(e) Magnetic discipline is perpendicular to wave propagation and electric powered subject

The magnetic discipline is perpendicular to the z-axis.

Electromagnetic waves are non-mechanical waves. Electromagnetic waves do no longer require a medium to propagate and may without problems pass via a vacuum. Electromagnetic waves propagate in all guidelines from the source of interference. The wave will keep transferring till something interrupts it. Electromagnetic waves vary from mechanical waves in that they do no longer require a medium for propagation.

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The distance travelled by the plane across the runway is determined as 1,620 m.

The distance travelled by the plane across the runway is calculated by applying the following equation.

v² = u² + 2as

where;

The initial velocity of the plane, u = 0, since it started from rest.

v² = 0 + 2as

s = v²/2a

The given parameters;

s = (72²)/(2 x 1.6)

s = 1,620 m

Thus, the distance travelled by the plane along or across the runway depends on the final velocity of the plane and the acceleration of the plane.

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Graph A, because distance-time graph is a straight line parallel to the time-axis because the position of the object does not change when it is at rest.

Distance is the length between two points or items, and it is directionless. Since distance is a scalar attribute, it only takes into account the overall magnitude and ignores the start and end locations. Being a scalar attribute, distance may only be positive or zero; it cannot be the opposite.

Although kilometers (km) and centimeters (cm) or millimeters (mm) can also be used to express shorter distances, the meter (m) is the most used unit of measurement for distance (mm). When calculating distance, the letter D is usually used to denote the distance traveled.

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The density of the of the olive oil, given that it has a mass of 690 grams and a volume of 750 cm³ is 0.92 g/cm³

We know that density is defined as mass per unit volume. It is expressed as:

Density = mass / volume

Thus, with the above formula, we can determine the density of the oliver oil as illustrated below:

Density = mass / volume

Density of olive oil = 690 / 750

Density of olive oil = 0.92 g/cm³

Therefore, we can conclude that the density of the olive oil is 0.92 g/cm³

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200 g mass is placed on meter stick 20 cm from fulcrum. a 170 g mass is used to balance the system and placed the meter stick at 23.52cm.

A dynamic or static equilibrium between opposing forces or actions, such as when forces are acting on a body and the resultant is zero (as in a reversible chemical reaction when rates of reaction in both the directions are equal)

The word "equilibrium" derives from the Latin word "libra," which means "weight" or "balance." As a constellation, astrological sign, and representation of the zodiac, Libra is sometimes shown as a set of balance scales, frequently held by the blindfolded goddess of justice, which stands for justice, fairness, and equality. Biology, chemistry, physics, and economics all have different definitions of equilibrium, yet they all refer to the harmony of opposing forces.

F₁d₁ = F₂d₂

m₁gd₁ = m₂gd₂

m₁d₁ = m₂d₂

here,

m₁ is mass of known object = 200 g

m₂ is mass of unknown object = 170 g

d₁ is distance from fulcrum of known object = 20 cm

d₂ is distance from fulcrum of unknown object = ?

∴ 200 × 20 = 170 × d₂

4000 = 170 × d₂

4000/170 = d₂

d₂ = 23.52 cm

170 g mass is placed at the distance of 23.52 cm.

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(a) Work done on the car by its cable will be 5.92 * [tex]10^{5}[/tex] J.

(b) Work done on the car by the gravitational force will be -5.92 * [tex]10^{5}[/tex] J.

(c) Total work done on the car will be 0 J.

Work done is the product of force and displacement.

Mass of the car = m = 1500 kg

Distance lifted by the cable = d = 40 m

Frictional force experienced by the car = Fs = 100 N

(a) According to the Newton's second law of motion

F = Fcable - mg - Fs = ma

Fcable = mg + Fs

Work done by the same force = W1

W1 = Fcable * d

W1 = (mg + Fs) * d

W1 = (1500*9.8 + 100) * 40

W1 = 592600

W1 = 5.92 * [tex]10^{5}[/tex] J

(b) Work done by the gravitational force = W2 = mg * d

W2 = 1500*(-9.8)*40

Since the acceleration is acting downwards 'g' will be considered with a negative sign.

W2 = -5.88 * [tex]10^{5}[/tex] J

(c) The total work done on the lift is the work done by the net force exerted on the car during this process:

W3 = Fnet * d

Fnet =  -5.88 * [tex]10^{5}[/tex] J +  5.92 * [tex]10^{5}[/tex] J

Fnet = 0

W3 = 0 * 40

W3 = 0 J

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When two waves collide while moving across the same medium, wave interference is the result.

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Explanation:

Body systems work together to perform all the functions necessary for the survival of

An organism

C. Explain why the failure of one organ or organ

system can affect the function of other body

systems in an organism.

1/2 m₁v₁²(m₁ / m₁+ m₂ ) is the fraction of Kinetic energy lost during an inelastic collision.

From the concept of law of conservation of energy, In an elastic collision when two objects collide with a particular velocity then the kinetic energy before the collision will be the same after the collision as well but that's not the case in an Inelastic collision where there's always loss of kinetic energy.

In case of inelastic collision,

pi = pf

here p = momentum

m₁v₁ = (m₁ + m₂)v₂

v₂= m₁v₁ / (m₁ + m₂) ------- equation 1

Ki = Kf

1/2m₁v₁² = 1/2 (m₁+m₂) v₂²

Put the value of v₂ from equation 1

1/2mv² = 1/2 (m₁ + m₂) [m₁v₁ / m₁+m₂]²

=> 1/2  (m₁v₁)² / ( m₁+m₂ )  

∴ Fraction of Kinetic energy lost

= 1/2 m₁v₁² - 1/2 (m₁v₁)² / (m₁+m₂)

=> 1/2 m₁v₁²( m₁ / m₁ + m₂ )

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The gravitational force exerted on the satellite of mass 1000 kg moving in a circular orbit with a centripetal acceleration of 5 m/s² by the planet is 5000 N (option C). The, the force acting on the satellite is: Therefore, the gravitational force exerted on the satellite by the planet is 5000 N (option C).

f

An influence that can alter an object's motion is called a force. A mass-containing object's velocity can change, or accelerate, as a result of a force. Intuitively, a push or a pull can also be used to describe force. Being a vector quantity, a force has both magnitude and direction. The rate at which an object's velocity with respect to time changes is called its acceleration. Vector quantities include accelerations. The direction of the net force acting on an object provides information about its acceleration.

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The torque that will be exerted on the lever is 2.49 N-m.

The torque on the rod is given by,

T = F x a

Where,

T is the torque,

F is the applied force,

a is the perpendicular distance from the end of the rod.

T = F.s.sinA

The force that Sarah applied is 17 N and s is the distance from one end of the lever is 0.35 m,

The angle at which the force is applied is 25 degrees.

Putting the values,

T = 17 x 35 x sin(25)

T = 2.49 N-m

So, yes, there will be a torque of magnitude 2.49 N-m.

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The magnitude of the force from the ground on each front wheel is  2775N.

Let us call the force on the front axle  F   and the force on the rear axle  R.

We know that    

⇒  F + R= total weight of vehicle  =  1360 * 9.80 =   13328 Newtons

And using torques, you know that  force on the front axle * distance to the center of mass  =  force on the rear axle * distance to the center

of mass

or         F *1.78   =  R * (3.05 - 1.78)

 So

   1.4016F  =  R

Then.

F +  1.4016 F  =  13328

F =   5550 N       and     R = 13328 - 5550  =  7778N

So the force on each front tire is    5550 /2  =   2775N

And the force on each rear tire is    7778 /2  =   3889N

Force is a push or pulls upon an item because of the object's interaction with some other object. Pressure is a power that can exchange the motion of an object. A force can reason an object with mass to alternate its speed, i.e., to boost up. pressure also can be described intuitively as a push or a pull. A force has each significance and course, making it a vector amount.

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The single color of light illuminating a ripe banana will make it appear black will be blue light.

When lit with blue light, ripe bananas appear black. Yellow is a combination of red and green, so if blue light is flashed onto a yellow banana, the fruit will absorb the blue light, leaving nothing for the banana to reflect. The banana seems black to the eyes because there is nothing for them to reflect back to them. So, when viewed with blue light, a ripe banana appears black.

A red shirt would seem black if only blue light were shined on it because no red light would be there to reflect the blue light, which would otherwise absorb it. Ripe bananas adhere to the same standard and also white objects, which seem white because they reflect all colors.

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When the spring undergoes simple harmonic motion and its mass is at maximum displacement then its instantaneous velocity is zero.

Simple Harmonic Motion:

Simple harmonic motion is a periodic motion in which the acceleration of the object undergoing the simple harmonic motion is directly proportional to the distance of the object from its equilibrium position and is always directed toward the mean position.

At the maximum displacement, the spring is under its greatest tension, which forces the mass upward. At the maximum displacement, the spring reaches its greatest compression, which forces the mass back downward again.

Therefore we get that when mass is at its maximum displacement from equilibrium its instantaneous velocity is zero.

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The two intertwined autos are sliding on the ice at a 3.46 m/s post-collision speed.

The principle of momentum conservation argues that within a given problem domain, momentum is never created nor destroyed but only modified by the action of forces as they are represented by Newton's laws of motion.

According to the rule of conservation of momentum, absent an external force, the combined momentum of two or more bodies operating upon one another in an isolated system remains constant. As a result, momentum cannot be gained or lost.

The speed of the Mazda before the accident multiplied by the mass of the Mazda must match the speed after the collision multiplied by the mass of both cars, according to the property of conservation of momentum:

m1v1 = m1 + m2 *v2

940*12.5 = 940 +2460 *v2

v2 = 3.46 m/s

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Yes, there a possibility that the momentum of one object is not conserved.

Newton's third law suggests that momentum is always conserved in collisions between two isolated objects. In collisions, it is believed that the interaction between the colliding items lasts for a brief period of time, making the impulse caused by outside forces insignificant.

For the momentum to be conserved, a system must satisfy two conditions:

Throughout the interaction, the system's mass must remain constant.

The system must be subject to zero net external force.

Momentum does not always change and is not conserved because the collision is automatically conserved when the kinetic energy is. The amount of momentum needed when there is a change in speed during a collision remains constant.

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The diverging lens/concave lens is used as a corrective lens is used for a nearsighted person

Nearsightedness is also known as myopia where the person with myopia will be able to see the near object but far objects will look blurry.

Myopia is corrected with lenses called "minus power lenses". They are concave in shape and help the eye to focus light properly. Myopia causes distant objects to appear blurry. Prescription glasses or contact lenses can usually correct this blurry distance vision. Myopic eyes have a stronger ability to focus than normal eyes. Focus in front of the retina, not on the retina. Lenses used to correct nearsightedness work by reducing the eye's ability to focus.

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The displacement of an aluminum block, which is fixed in place, measures 90 x 90 cm with a height of 60 cm is 0.36 cm

S = Shear ε / Shear γ

S = Shear Modulus

ε = Stress

γ = Strain

S = 3 * [tex]10^{10}[/tex] Pa

Shear γ = 0.006

Shear ε = S * Shear γ

Shear ε = 3 * [tex]10^{10}[/tex] * 0.006

Shear ε = 1.8 * [tex]10^{8}[/tex]

Shear ε = 180 MPa

Displacement = Shear ε * l

l = Length = 60 cm

Displacement = 0.006 * 60

Displacement = 0.36 cm

Therefore, the displacement of the upper phase aluminum block is 0.36 cm in the direction of applied force.

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Answer: Electrical Conductors

Explanation: Electrical conductors allow electric current to flow easily because of the make up of their atoms. In a conductor, the outer electrons of the atom are loosely bound and can freely move through the material when an electric charge is applied. In general, the best electrical conductors are metals.

With an astronomical telescope, the angle of just resolution light from two stars would be greater if the light of the average star is red or if it is blue.

What is an astronomical telescope?

An astronomical telescope consists of two lenses: objective and eyepiece.

The objective lens forms the image of a far off object at focal point while eyepiece lens just magnifies the image and make it look more clear, visible and magnified.

The formula D = 1.22λ/dФ is used to find the value of aperture of the telescope.

In general, an astronomical telescope is used to view distant stars. Thus, the angle formed would be greater if the light emitted by the average stars is red or blue.

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The ratio of her final to initial kinetic energy is 1.33

What is conservation of angular momentum?

Conservation of angular momentum is a principle in physics according to which the total angular momentum of a system remains constant as it is free from external torque irrespective of all the various types of interaction and transformation taking place within the system. It is a physical property of spinning system. The easiest example of conservation of angular momentum is Earth spinning around at the same rate from last billions of years.

Iiwi = Ifwf

Where Ii = Initial Angular momentum

If = Final Angular momentum

wi= initial angular velocity

wf = final angular velocity

wf= Iiwi / If

= Iiwi/ 0.75 Ii

= 1.33 wi

Ki= ½ = Iiwi2

Kf= ½ (0.75) Ii (1.33 wi)2

= 1.33 Ki

Kf/ Ki = 1.33 Ki/ Ki

= 1.33

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An example of a collision without physical contact is a charged particle being deflected by another charged particle as they travel by one another.

Another illustration is a gravitational slingshot, in which a light object moves around a much heavier object to accelerate. A collision does not require the objects to actually touch; for instance, an asteroid passing by the earth is seen as one since its course is altered by the gravitational pull of the planet. The conservation of momentum and energy can still be used to assess the collision. Yes, even without direct touch, an accident may still occur.

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As the amplitude increases from the wave generator, the Voltages passing through the inductor will be higher. and consequently, the current passing through the inductor will also be higher Remember that when a voltage is applied across the inductor, the current is driven in the inductor due to the applied voltage.

When the applied voltage is sinusoidal it creates a sinusoidal current in the inductor with the same frequency as the applied voltage. As this current increases, it creates an induced potential difference proportional to the rate of change of current, and hence there is a sinusoidal induced voltage in the Inductor.

The function generator's amplitude control changes the voltage difference between the output signal's high and low voltage. Its direct current offset control changes the signal's average voltage with regard to the ground. A function generator is equipment to generate input functions for your circuit. It can generate sinewaves, square waves, triangular waves, modulated signals, and so on. An oscilloscope is equipment to display the signals in the circuit.

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We change the speed of waves in a string option a.  by changing the supplied frequency.

Increasing the tension on a string increases the rate of a wave, which increases the frequency (for a given length). Urgent the finger at exceptional places adjustments the period of string, which changes the wavelength of the status wave, affecting the frequency.

The speed of a wave on a string depends on the rectangular root of the anxiety divided through the mass per length, the linear density. In standard, the velocity of a wave via a medium relies upon the elastic assets of the medium and the inertial assets of the medium.

While the length of a string is modified, it'll vibrate with a one-of-a-kind frequency. Shorter strings have better frequency and therefore better pitch.

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The scientist that discovered that the orbit of planets are ellipses is johannes Kepler. That is option E.

Elliptical planets are those planets that are not round in shape but are ellipses which is the shape of a circle that has been stretched in one direction as seen with oval shape.

The scientist johannes Kepler, who is also a mathematician discovered that orbits of planets are elliptic in shape through his work on planet orbits.

He successfully proved this through his three laws of planetary motion that include the following:

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The magnitude of the force acting on the object of mass 1.92 kg, 3.72 s after it is released is 23.414 N in negative direction.

ω = √ ( k / m )

ω = Angular frequency

k = Force constant

m = Mass

k = 4.77 N / m

m = 1.92 kg

ω = √ 4.77 / 1.92

ω = √ 2.48

ω = 1.58 rad / s

F ( t ) = - m d ω² cos ω t

F ( t ) = Force wrt time

d = Displacement

t = Time

t = 3.72 s

d = 5.31 m

F ( 3.72 ) = - 1.92 * 5.31 * 1.58² cos ( 1.58 * 3.72 )

F ( 3.72 ) = - 25.45 cos 5.88

F ( 3.72 ) = - 23.414 N

Therefore, the magnitude of the force acting on the object is 23.414 N in negative direction.

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The stationary bystander measures the light coming from your spaceship at the speed of light.

What it refers to is speed. the rate at which the position of an object shifts in any direction. Speed is defined as the rate of the distance traveled to the time needed to cover that distance. Speed is a scalar volume since it just has a direction and no magnitude.

Light is a type of electromagnetic radiation that helps the mortal eye see or makes effects visible. The term" radiation that's visible to the mortal eye" can also be used to describe it. Photons, which are bitsy energy packets, are present in light.

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Total distance travelled by the athlete is 37.03km as it is calculated by the expression of distance in terms of speed and time.

Velocity is the distance travelled by a moving body per unit time . Distance travelled is the speed unit time.here an athlete runs with velocity 12 km/hr in 55 min, 14 km/hr in next 22 min and 19 km/hr for the next 66 min.

              55min= 55/60hr  ,

              22min=22/60hr ,

              66 min= 66/60 hr.

        Distance= speed . time

       Putting these in the expression

    Total speed= 55/60 hr..12 km +22/60 hr. .14 km/hr  + 66/60hr . 19       km/hr.

            = 37.03 km

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