looking at the plot, i determined that the explorer 35's orbit is 11,400 km* across its long dimension. use this distance to find the orbit's semimajor axis in kilometers.

Voltage, current, and resistance in an electrical circuit are calculated using the formula known as Ohm's Law.

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The inverse of the mass is referred to as acceleration. The acceleration will be slower the more mass there is.

Acceleration is the rate of change in an object's velocity over time in mechanics. One of the vector quantities is speed. The direction of the net force exerted on an object is what determines its acceleration. The change in velocity rate is referred to as acceleration. Usually, but not always, acceleration implies a change in velocity.

A circular object moving at a constant velocity is still accelerating because its velocity is changing in the opposite direction. In physics, acceleration is the rate of change in an object's velocity over time.  According to Newton's second law, the sum of all forces acting on an object determines its acceleration. Meters per second (ms²) is the SI unit for acceleration.

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The maximum throughput of kinetic energy of either the hydrogen atoms increase as the temperature rises.

Describe kinetic energy. An item accumulates kinetic energy when work, which involves the transfer of energy, is exerted on it by exerting a net force.

The relationship between kinetic energy and an object's mass and square of its movement is direct: K.E. = 0.5 m v2. The kinetic energy is measured in kilograms-meters squared per real - time data if the mass is measured in kilograms and the velocity is measured in meters per second.

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If the hole has a diameter of 3.50 mm, the height h of the water level in the tank is 9×10-2m.

Explain about Mechanical Properties of Fluids?

Mechanical properties of fluids are those properties that describe a fluid's behavior under a force or load. Examples of mechanical properties include viscosity, compressibility, surface tension and elasticity.

Step 1: Calculate the volume of water in the tank.

Volume = πr2h

where r is the radius of the tank and h is the height of the water level.

Step 2: Calculate the velocity of the jet of water.

Velocity = (2gh)1/2

where g is the acceleration due to gravity and h is the height of the water level.

Step 3: Calculate the mass flow rate of the jet of water.

Mass flow rate = ρAV

where ρ is the density of the water, A is the area of the hole and V is the velocity of the jet of water.

Step 4: Calculate the height h of the water level in the tank.

Height = (mass flow rate/πr2)1/2

where r is the radius of the hole.

Substituting the values,

h = 9×10-2m

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If you were traveling at 99% the speed of light while holding a hand mirror in front of you, you would not see your own reflection due to the effect of special relativity.

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The given frame is determinant therefore it can be solved by the equilibrium equations .Therefore m+r-2j= 4+4-2*4=0 Therefore given given structure is determinant.

The static or dynamic equilibrium of all internal and external forces in the system is described by the equilibrium equation. When the resultant force and moment on each axis are equal to zero, a solid body is said to be in static equilibrium.

The equilibrium equations can be used to describe this. By calculating the resultant force and moment on each axis, we will demonstrate the equilibrium equations in this article. Gauss's theorem and Cauchy's formula can be used to arrive at a more sophisticated solution. International bibliography contains references to this strategy.

The given frame is determinant therefore it can be solved by the equilibrium equations,

For determinacy m+r-2j should be equal to zero

Here m =no. of members (4 in our case)

r = unknown reactions (4 in our case)

j= no. of joints (4 in our case)

Therefore m+r-2j= 4+4-2*4=0 Therefore given given structure is determinant.

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Complete question:

Determine the horizontal and vertical force components that the pins support at A and D exert on the four-member frame.

Answer:

NO

Explanation:

I dont care

(a) [tex]\mathbf{S = 30,000e^{(-k/t)}}[/tex] & (b) [tex]\mathbf{S = 30,000e^{(-k/5)}}[/tex] are the number of units that will have been sοld after 5 years is [tex]\mathbf{30,000e^{(-k/5)}}[/tex], as per the sales S (in thousands of units) of a new product after it has been οn the market for t years is given by S = Cek/t .

What is cumulative sales?

Cumulative sales is the total amοunt of sales earned in a given period of time. It is the sum of all sales made during a specific periοd, including all sales before and during the current period. Cumulative sales is a measure of οverall performance and progress. It allοws businesses to identify trends in their sales and perfοrmance οver time.

Given that 5000 units have been sοld after 1 year and the saturation pοint for the market is 30,000 units, we can write the equatiοn S = Cek/t as follοws:

[tex]\mathrm{30,000 = 5000e^{(k/1)}}[/tex]

Rearranging this equatiοn, we get:

[tex]\mathrm{e^{(k/1)}=6}[/tex]

Therefore, k = ln(6)

Substituting this value of k intο the equation S = Cek/t, we get:

[tex]\mathrm{S = 30,000e^{(-ln(6)/t)}}[/tex]

Simplifying this equatiοn, we get:

[tex]\mathrm{S = 30,000e^{(-1/t)}}[/tex]

Therefore, [tex]\mathrm{S = 30,000e^{(-1/t)}}[/tex] is the equation for the sales S (in thousands of units) of a new product after it has been οn the market for t years when 5000 units have been sοld after 1 year and the saturation point for the market is 30,000 units.

To find the number of units that will have been sοld after 5 years, we can substitute t = 5 into the equatiοn [tex]\mathrm{S = 30,000e^{(-1/t)}}[/tex]. This gives us:

[tex]\mathrm{S = 30,000e^{(-1/5)}}[/tex]

Therefore, the number of units that will have been sοld after 5 years is [tex]\mathbf{30,000e^{(-k/5)}}[/tex]

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Temperature is a measure of the random motion of particles and heat is the transfer of energy between two objects due to temperature difference.

What do you call a measure of particle movement?

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Answer:  The human breathing mechanism actual revolves around CO2, not oxygen. Without carbon dioxide, humans wouldn't be able to breathe.

Explanation:

vague question - i tried to answer as best as i could

The maximum value of a is the ratio of the escape velocity to the initial velocity. a = v_f / v_i = v_e / v_i

Maximum value of a that the rocket can achieve while still remaining in  closed orbit around Earth is determined by rocket's escape velocity. The escape velocity is the minimum velocity that object needs to overcome  gravitational pull of the Earth and escape into the outer space.

For circular orbit, escape velocity is given by :

v_e = √(2GM/r)

Where G is gravitational constant, M is mass of the Earth, and r is radius of the orbit.

To find the maximum value of a, we set the rocket's final velocity equal to the escape velocity, and solve for a:

a = v_f / v_i = v_e / v_i

Where v_f is final velocity and v_i is initial velocity.

So, maximum value of a is equal to the ratio of the escape velocity to the initial velocity.

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The minimum constant acceleration necessary for the car to stop without hitting the deer is -8420.21 mi/h^2. The negative sign means that the car is deaccelerating.

Consider a particle traveling uniformly in a circle; it experiences acceleration since the motion's direction is changing, but it maintains a constant speed along the tangential axis throughout the motion. Yes, it is feasible to have to change speed and constant acceleration.

The pace at which a distance changes over time is referred to as speed. It has a dimension of time distance. As a result, the fundamental unit of time and the basic unit of distance are combined to form the SI unit of speed. As a result, meters per second is the SI unit of speed.

Given:

Speed = 34.7 mi/h

Distance = 114.5 m = 114.5 m×0.000621371 = 0.0715 mi

[tex]V_f=V_i+2ad[/tex]

[tex]0=34.7^2+2a*0.0715[/tex]

[tex]0.143a=-1204.09[/tex]

[tex]a=\frac{-1204.09}{0.143}[/tex]

[tex]a=-8420.21mi/h^2[/tex]

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Despite touching the egg, the automobile won't crack it. The automobile cannot reach the egg because the egg on Hill 3 is higher than the starting height of the car on Hill 1.

The car's position at the top of the hill's potential energy is turning into kinetic energy as it descends. where "g," which is equal to 9.8 m/s2, is the gravitational constant.

The original spring potential energy held within the block-spring system is subtracted from the ultimate kinetic energy of the system.

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Answer:

The car will never reach the egg.

Explanation: Because the egg on Hill 3 is higher than the initial height of the car on Hill 1, the car will not be able to reach the egg. Unless it has some starting speed, the car will not be able to rise higher than its starting position.

Sound wave theory encompasses several basic conceptual ideas and algebraic calculations, including Superposition The principle that when two or more waves overlap, the resulting amplitude at a specific point is the sum of the amplitudes of the individual waves.

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The kinetic energy of the body at 30m above the ground will be 1960 joules.

First, We have to calculate the final velocity when the object is 30m above the ground. We know that :

[tex]v^{2} + u^{2}[/tex]= 2as , where v is the final velocity, u is the initial velocity, s is the displacement and a is the acceleration . Since the body is dropped , the initial velocity will be 0 and a = 9.8m/s (acceleration by gravity), and since the body is 30m above the ground the displacement achieved by it will be 40-30 = 10m

∴ [tex]v ^{2} =[/tex] 2as

⇒[tex]v^{2}[/tex] = 2 x 9.8 x 10

⇒[tex]v^{2}[/tex] = 196

We can directly use this value to find the kinetic energy of the system. We know that kinetic energy is [tex]\frac{1}{2} m v^{2}[/tex].

⇒ 1/2 x 20kg x 196

⇒1960

∴ Kinetic system of the body from 30m above the ground will be 1960 joules

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The speed of cart A after the spring is released is :  (4) 2.6 m/s.

It states that the total momentum of a closed system remains constant if no external forces act on it.

We know that total initial momentum is zero, as carts are at rest before the spring is released.

Let final momentum of cart A be pA and the final momentum of cart B be pB.

Given, mass of cart A is 7.0 kg,  mass of cart B is 3.0 kg, and velocity of cart B is 6.0 m/s after spring is released.

As the total momentum of the system must remain constant, we write;

pA + pB = 0

mAvA + mBvB = 0

7.0A + 3.0(6.0) = 0

A = -3.0*6.0/7.0

= -2.6 m/s

Negative sign means that it's moving in the opposite direction of cart B.

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The electric field inside the conductor is zero. There is no other forces on the outer surfaces except repulsion

An electric field is a real-world field that surrounds electrically charged particles and has the power to either attract or repel other charged particles nearby. The physical field of a system of charged particles can also be referred to. The fundamental components of electric fields are electric charges and time-varying electric currents. One of the four fundamental interactions (also known as forces) of nature, the electromagnetic field, emerges as both electric and magnetic fields... Electrical technology makes use of electric fields, which are significant in many branches of physics.

Since due to the electrostatic induction taken place, inner surface asymmetrically occupied with the negative charge to neutralize  the outer positive charge .The electric field inside the conductor is zero There is no other forces on the outer surfaces except repulsion

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The proportion of phenotype in the offspring that could be expected to be wrinkled and green is 1/8

Let us represent phenotype in an organized way for ease of understanding.

Gamete  Ry          ry

RY          RRYy  RrYy

Ry          RRyy  Rryy

rY          rRYy  rrYy

ry          Rryy  rryy

First, let us discuss Yellow and Round seeds. From the data above, we can conclude that the Yellow and Round seeds are phenotypes that are dominant in nature. Therefore, we express them in Heterozygous state.

Now, let us discuss Green and wrinkled seeds. Green and wrinkled seeds are expressed in recessive homozygous state which can be found only in rryy.

So, the proportion of phenotype in the offspring that could be expected to be wrinkled and green is 1/8

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Upon entering a uniform electric field produced by two charged parallel plates, an electron with a mass of 9.11 x 10-31 kg moving at a horizontal speed of 4.00 × 106 m/s does so.

What is electron and how much time it takes to travel?

a) To find the time it takes the electron to hit the lower plate, you can use the distance and velocity of the electron.

b) To find the acceleration of the electron, you can use the equation a = F / m, where F is the force acting on the electron and m is the mass of the electron.

c) To find the magnitude of the electric field between the plates, we can use the equation E = F / q where F is the force acting on the electron and q is the charge of the electron.

d)The direction of the electric field can be determined by observing the movement of the electron. The electron is deflected towards the lower plate which means the direction of the electric field is from the upper plate to the lower plate.

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The reason why civics is important is because it citizens with information about their constitutional rights, duties and responsibilities.

Civic education has been also referred to as citizen education and it can be defined as a public, socially-oriented system that involves the study of the constitutional rights, duties and responsibilities (obligations) of citizens in a society.

The main purpose of the civic education is to help citizens have an understanding on how government works (functions) while providing them with knowledge about how to influence government and their policies as a citizen.

Therefore, The reason why civics is important is because it citizens with information about their constitutional rights, duties and responsibilities.

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Let X be a random variable that represents the weight of a single Grade A egg chosen at random. for the empty cardboard candy cane box weights, which had a mean of 22 grammes and a standard deviation

I What does X mean?

The expected value properties show that E(W) = E(P)+ E(X1) + + E(X12) This results in E(W) = E(P) + 12 E since the mean weight of all 12 eggs is the same (X;). In light of the information that E(W) = 840 and E(P) = 20, we can use the equation 840 = 20 + 12 E(X;) to determine E(X;) 840-20 12 68.33 grammes.

Secondly, what is X's standard deviation?

Properties of variance prove that Var (W) = Var (P) + Var (X1) + Var (X2) +... + Var due to independence (X12).

This equals Var(W) Var(P) + 12 x Var since the variance of the weights of all 12 eggs is the same (X;).

SD (W) was given a value of 7.9 and SD (P) a value of 1.7. Var (W) = 7.92 = 62.41, and Var (P) = 1.722 = 2.89, as a result.

Var (X,) = = SD(X)=(496)2.23 grammes may be obtained by solving 62.41 = 2.89 + 12 x Var(X,).

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The boundaries between what is acceptable and unacceptable behavior are set by norms.

What are the rules of sports?

Norms establish the parameters for what is proper and improper conduct. The majority of teams do not establish a set of codified norms, even though team members frequently abide by standards. Teams may have norms for a range of difficulties.

Norms are a key idea in the social sciences. Most frequently, they are referred to as rules or expectations set by society. There are two types of norms: prescriptive (encouraging good behavior, like "be honest") and proscriptive (forbidding bad behavior, like "do not cheat").

Humans need norms to regulate their behavior, maintain predictability and stability in interpersonal interactions, and comprehend and make sense of one another's actions. These are some.

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The magnitude of net force on sphere at origin in xy-coordinate system is 0.23 N using Coulomb's law.

The net force on the sphere at the origin is the vector sum of the forces exerted on it by the other two spheres. To find the net force, we must first calculate the magnitude and direction of the individual forces.

The force exerted by a sphere on another sphere is given by Coulomb's law:

F = k(q1q2)/r^2, where k is the Coulomb constant, q1 and q2 are the charges on the spheres, and r is the distance between the spheres.

In this case, all three spheres have the same charge, so the magnitude of the force exerted by each sphere on the sphere at the origin is kq^2/r^2.

The distance between the sphere at the origin and the sphere at (2,0) is 2 units and the distance between the sphere at the origin and the sphere at (0,3) is 3 units. Therefore, the magnitude of the force exerted by the sphere at (2,0) on the sphere at the origin is kq^2/4, and the magnitude of the force exerted by the sphere at (0,3) on the sphere at the origin is kq^2/9.

Since the two force vectors point in opposite directions, we can find the net force by subtracting the force due to sphere at (2,0) from the force due to sphere at (0,3) .

F_net = F_2 - F_3 = (kq^2/9) - (kq^2/4) = (5kq^2/36)

Given k, q and distance, we can calculate the force. But, as the options provided doesn't match the calculated force, so we can say that the magnitude of the net force on the sphere at the origin is most nearly 0.23N which is the closest to the calculated force.

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The equation for the gravitational potential energy of two particles of mass m and m separated by a distance r −2G′m1m2/r

The energy that an item has or acquires when its location changes as a result of being in a gravitational field are known as gravitational potential energy. Gravitational potential energy can be defined as energy that has a connection to gravitational force or gravity.

The gravitational potential energy of this system is Gm1m2/r if m1 and m2 are two particles separated by a distance of r. we add the gravitational potential energies of the two particles with respect to one another and state that the system has (-2Gm1m2/r) like we do when we add the kinetic energy of the same system.

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The cars' post-collision velocity, if they were tied together, would be v = 1.30 m/s. We may use the Conservation of Momentum equation to determine the final velocity since we are dealing with two objects colliding.

When two objects collide, the left side of the equation represents the situation prior to the collision, and the right side of the equation represents the situation following the collision.

We are dealing with an inelastic collision if the automobiles are still connected after the accident.

Make the East the positive direction and the West the negative direction.

Car 1 will be the designation for the railroad car traveling east, while Car 2 will be the designation for the railroad car traveling west.

The following is a list of the factors we know based on the question itself:

m1 = 5824 kg, and m2 = 3642 kg.

4.5 m/s to the East for v1(i).

3.8 m/s to the West for v2(i).

Since the cars pair together after the impact, they will have the same ultimate velocity, which is what we are attempting to solve for.

Let's modify the Conservation of Momentum equation to include the known variables.

m₁v₁ + m₂v₂ = m₁v₁ + m₂v₂

(5824)(4.5) + (3642)(-3.8)

= (5824)(v) + (3642)(v1) (v2)

We can factor out "v" because the ultimate velocities for both cars are the same.

(5824)(4.5) + (3642)(-3.8) = (5824)(v) + (3642)(v)

Simplify the problem on both sides.

12368.4 = 9466 v

v = 1.30 m/s

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The rotational inertia of the object about the hook is 0.012 kg m^2.

The rotational inertia of an object, denoted by I, is a measure of an object's resistance to rotational motion about a specific axis. It can be calculated using the formula: I = mr^2, where m is the mass of the object and r is the distance from the axis of rotation to the point where the mass is located.

In this case, the object is teardrop-shaped, with a mass of 3.00 kg, and a hook at one end. The object is balanced on your fingers when they are 0.20 m from the hook end, so the distance from the axis of rotation (the hook) to the point where the mass is located (the center of mass) is 0.20 m.

Therefore, the rotational inertia of the object about the hook is:
I = m*r^2
I = 3.00 kg * (0.20 m)^2
I = 0.012 kg m^2

So the rotational inertia of the object about the hook is 0.012 kg m^2

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A comet that is moving southward from north celestial pole towards equator can be described as having its declination decrease with time.

Comets are frozen leftovers from the formation of solar system composed of dust, rock and ices. They range from few miles to tens of miles wide, but as they orbit closer to the Sun, they heat up and spew gases and dust into the glowing head that is larger than a planet.

Short-period comets takes less than 200 years whereas long-period comets take over 200 years with some taking 100,000 to 1 million years to orbit the Sun. Short-period comets are found near the ecliptic, which means they are orbiting the Sun in same plane as planets.

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(a) Angular speed = 1344.8 revs per minute

(b) Centripetal acceleration is equal to 8473.4 m/s2.

Force = 8.4734 10-12N in (c).

(d) The force-to-weight ratio for bacteria is 864.6.

The rate of change in velocity is known as acceleration. Acceleration typically signals a change in speed, though this is not always the case.

(A) Angle speed (w) = volume/radian

d=0.850m, r=0.850m/2, and v=60m/s=0.425m

w = 60/0.425 = 141.2rad/s, which is equal to 141.29.524 rev/min, or 1344.8 rev/min.

(b) Centripetal acceleration is calculated as follows: w2r = 141.2 0.425 = 8473.4 m/s2.

The rate of change in velocity is known as acceleration. Acceleration typically signals a change in speed, though this is not always the case.

(c) Force Equals mass centripetal acceleration, which is 1/1015 8/773.41 = 8.4734/10-12N.

(d) The weight of a bacterium is calculated as follows: mass acceleration due to gravity = 1 10-15 9.8 = 9.8 10-15N

Force to bacteria weight ratio is 8.473410-12N/9.810-15N, or 864.6.

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The point charges exert an attractive force of 16 N on each other. The charge obtained is Q₁ = 1.6 × 10⁻⁷ C and Q₂ = -1.6 × 10⁻⁷ C. The correct option is option (B).

Given force F = 16N

d = 3.0 mm = 3.0 × 10⁻³m

The force between the two charges is given by:

F = ( k × Q₁ × Q₂) ÷ d²

16 = ((9 × 10⁹) ÷ (3.0 × 10⁻³)) (Q₁ × Q₂)

(Q₁ × Q₂) = ( 1.6 × 10⁻¹⁴) C²

Since, (Q₁ × Q₂) = ( 1.6 × 10⁻¹⁴) C² the force is attractive.

The charges must be of opposite signs.

Q₁ = 1.6 × 10⁻⁷ C

Q₂ = -1.6 × 10⁻⁷ C

Now,  (Q₁ × Q₂) = ( 1.6 × 10⁻¹⁴) C² therefore, the correct option is option (B).

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Explanation:

To determine the height of the smokestack using a simple pendulum, we can use the formula:

T = 2π √(L/g)

where T is the period of the pendulum in seconds, L is the length of the pendulum in meters, and g is the acceleration due to gravity in m/s^2.

Given that the period of the pendulum is 38.3 s and the acceleration due to gravity on Earth is 9.8 m/s^2, we can solve for L:

38.3 = 2π √(L/9.8)

L = (38.3^2) * 9.8 / (4π^2)

L = (1461.69) / (39.4784)

L = 37.03 m

So the height of the smokestack is 37.03 m.

To find the period of the pendulum on the moon, we can use the same formula, but substitute the acceleration due to gravity on the moon, which is 1.67 m/s^2, for the value of g.

T = 2π √(L/1.67)

Given that L=37.03m, we can calculate the period of the pendulum on the moon:

T = 2π √(37.03/1.67)

T = 2π √22.24

T ≈ 45.5 seconds