What are 3 ways genetic diseases are caused?

Option D from the following is the solution concentration expressed in terms of mortality because it represents the number of moles dissolved in a liter of the solution.

A chemical compound is a combination of two or more either similar or dissimilar chemical elements.

The molarity of a solution is expressed in terms of the number of moles dissolved per liter of the solution.

The number of moles dissolved in a liter of the solution, represented by option D from the following, is the solution concentration stated in terms of mortality.

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Answer:

c

Explanation:

Explanation:

horizontal velocity = 30 x Cos45 = 19.48m/s

to find horizontal displacement

vertical velocity = 30 x Cos45 = 22.81m/s

vertical displacement = vertical velocity x time

vertical displacement = 22.81 x 2 = 45.62m

Answer:

Displacement after two seconds

= <Dx,Dy> = <42.426, 1.593> m to three decimal places

Explanation:

Given:

arrow shot at 30m/s and 45 degrees with horizontal.

Hit bull's eye after 2 seconds.

Find horizontal and vertical displacements.

Vx = 30cos(30) m/seconds  constant  velocity

therefore

Dx = Vx*t = 30cos(30) m/s *  2 s = 60 cos (45) = 42.426 m

Vy = 30 sin(45) m/s  

Dy = Vy*t + a(t^2) /2  

= 30*sin(45) -9.81(2^2)/2        (g is accelerating downwards, so negative)

= 1.593 m

The net displacement after 2 seconds is

D = <Dx,Dy> = <42.426, 1.593> m to three decimal places

The main flaw in the mule's argument is its misunderstanding of Newton's third law of motion.

While it is true that according to Newton's third law, every action has an equal and opposite reaction, the mule incorrectly assumes that the reaction force will prevent any net force and therefore prevent the cart from moving.

However, the mule fails to consider that the reaction force acts on a different object than the force it exerts on the cart. The mule's force is exerted on the cart, while the reaction force is exerted on the mule itself.

Newton's third law states that for every force exerted by one object on another, there is an equal and opposite force exerted by the second object on the first. In the case of the mule pulling the cart, when the mule exerts a force on the cart, the cart exerts an equal and opposite force on the mule. These forces act on different objects and do not cancel each other out.

The force exerted by the mule on the cart causes the cart to accelerate forward, while the equal and opposite force exerted by the cart on the mule causes the mule to experience a backward force. The mule's argument overlooks the fact that the reaction force on the mule does not directly affect the cart's motion, allowing the cart to move forward despite the mule experiencing a backward force.

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The emf induced in a wire moving on a circular path around a solenoid is given by:

emf = -N * dΦ/dt

where N is the number of turns in the solenoid, Φ is the magnetic flux, and t is time.

Since the wire is moving on a circular path of radius 8 cm, the magnetic flux through the wire is given by:

Φ = B * A

where B is the magnetic field at the position of the wire and A is the area of the circle.

The area of the circle is given by:

A = π * r^2

where r is the radius of the circle, which is 8 cm or 0.08 m.

So, A = π * (0.08 m)^2 = 0.0201 m^2.

The magnetic field is increasing, so we need to use the time derivative of the magnetic field to calculate the emf.

Let's assume that the magnetic field is increasing at a constant rate of 0.1 T/s.

Therefore, the time derivative of the magnetic field is:

d/dt (B) = 0.1 T/s

Substituting these values into the emf equation, we get:

29 V = -N * (d/dt (B)) * A

We don't know the number of turns in the solenoid, but we can solve for N * (d/dt (B)):

N * (d/dt (B)) = -29 V / A

N * (d/dt (B)) = -29 V / 0.0201 m^2

N * (d/dt (B)) = -1442.79 V/m^2

Now we can use Faraday's law to calculate the current in the wire.

The emf induced in the wire is equal to the voltage drop across the wire, which is:

emf = IR

where I is the current in the wire and R is the resistance of the wire.

Therefore, the current in the wire is:

I = emf / R = 29 V / 5 Ω = 5.8 A

So, the current in the wire is 5.8 A.

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The energy level the electron will reach when it absorbs the wavelength of 92.62nm is 6.

Bohr's model was very insightful and one of its most important result was the formula for the energy of the system.

According to the model, the energy of a single electron system with atomic number Z and in its nth energy state = −13.6 Z² / n² eV

Since initially the H-atom is in its ground state, its energy = −13.6Z²/ n²

= −13.6 1² / 1²

= −13.6 eV

It absorbs a photon of wavelength 92.62 nm.

Energy of photon = hc/λ

= 6.6 × 10⁻³⁴ × 3 × 10⁸ / 92.62 ×10⁻⁹

=21.3 × 10⁻¹⁹ eV

= 13.2 eV

Therefore, energy of H-atom = (-13.6 + 13.22) eV = -0.38 eV

Let's assume that the electron reached the

nth state. Its energy =  −13.6/n²

                -0.38         =  −13.6/n²

                            n= 6

Therefore, the electron reached to the 6th energy level.

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The force needed to start the crate sliding on a wooden floor when the coefficient of static friction is 0.40 is 7206.4 N. To find the force needed to start the crate sliding, we need to calculate the maximum force of static friction that can act on the crate.

This is given by the formula Fstatic = μs N where Fstatic is the maximum force of static friction, μs is the coefficient of static friction, and N is the normal force acting on the crate. The normal force is equal to the weight of the crate, which is given as 18016 N. Therefore, we can substitute these values into the formula:

Fstatic = 0.40 × 18016 N
Fstatic = 7206.4 N

This means that a force of 7206.4 N is needed to start the crate sliding on the wooden floor. If a force greater than this is applied, the crate will start to slide. Therefore, the force needed to start the crate sliding on a wooden floor is 7206.4 N.

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Answer:

The total kinetic energy of the car can be divided into two parts: translational kinetic energy, due to the car's motion as a whole, and rotational kinetic energy, due to the rotation of the wheels about their axles.

The translational kinetic energy of the car is given by:

KE_translational = (1/2)mv^2

where m is the mass of the car and v is its speed.

The rotational kinetic energy of each wheel can be calculated as:

KE_rotational = (1/2)Iω^2

where I is the moment of inertia of a wheel and ω is its angular velocity.

The moment of inertia of a uniform disk is given by:

I = (1/2)mr^2

where m is the mass of the disk and r is its radius.

The mass of each wheel is given as 12 kg, so the moment of inertia of each wheel is:

I = (1/2)(12 kg)(0.5 m)^2 = 1.5 kg·m^2

Assuming that the wheels are rolling without slipping, the angular velocity of each wheel can be related to the speed of the car by:

v = rω

where r is the radius of the wheel.

Solving for ω, we get:

ω = v/r

Substituting this expression into the equation for KE_rotational, we get:

KE_rotational = (1/2)(1.5 kg·m^2)(v/r)^2

Simplifying, we get:

KE_rotational = (3/8)mv^2

So the rotational kinetic energy of each wheel is (3/8) of the translational kinetic energy of the car.

The total rotational kinetic energy of all four wheels is therefore:

KE_total_rotational = 4 KE_rotational = (3/2)mv^2

The total kinetic energy of the car is:

KE_total = KE_translational + KE_total_rotational = (5/2)mv^2

So the fraction of the total kinetic energy of the car that is due to the rotation of the wheels about their axles is:

KE_total_rotational / KE_total = (3/5) = 0.6

Therefore, 60% of the car's total kinetic energy is due to the rotation of the wheels about their axles.

The current through the resistor 6.00 seconds after the switch is closed is approximately 151 μA. The charge on the capacitor 6.00 seconds after the switch is closed is approximately 6.001 μC.

A). Using Ohm's law: I = V / R

Substituting the given values:

I = ε / R

I = 15.1 V / 100,000 Ω

I ≈ 0.151 mA

Converted to μA: 0.151 mA * 1000 μA/mA = 151 μA

B). Q = \(Q_{max\) * (1 - \(e^(-t / RC)\))

Plugging in the values:

Q = (15.1 * 20.0 *\(10^(-6))\) * (1 - \(e^(-6.00\) / (100,000 * 20.0 * \(10^(-6))))\)

Using a calculator, we find:

Q ≈ 6.001 μC (rounded to three decimal places)

A capacitor is an electronic component that stores and releases electrical energy in an electrical circuit. It consists of two conductive plates separated by an insulating material called a dielectric. When a voltage is applied across the plates, an electric field is formed, causing positive charges to accumulate on one plate and negative charges on the other.

Capacitors have the ability to store electrical charge and release it when needed. They are commonly used in various electronic devices and systems for a range of purposes. Capacitors can be found in power supplies to smooth out voltage fluctuations, in timing circuits to control the flow of electrical signals, and in filters to block or pass certain frequencies.

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Answer:

The light traveling in any one direction in a straight line is called a ray of light. A group of light rays given out from a source is called a beam of light.

Explanation:

Candle and electric bulbs. The rays coming out from the candle and electric bulb is divergent beam of light.A beam of light is made up of bundles of closely spaced parallel rays.

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Answer:

The light going in any one course orderly is known as a beam of light. A light beam gathering from a source is known as light emission.

That's the definition of a beam of light.

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Answer: 5 = straight, constant

Answer: 6 = unbalanced, velocity

The magnetic field outside the solenoid \(B_{\text {out }}\) is zero.

The magnetic field lines are present outside the solenoid, but there are significantly less of them there than there are inside the solenoid. This is known as the flux. As a result, the magnetic field outside is thought to be almost nil. It is more accurate to assume that the magnetic field outside the solenoid is zero if the solenoid is quite long. It is false close to the solenoid's edge. We consider the magnetic field outside the solenoid to be zero for practical purposes. This amount of flux divided by the area outside the solenoids gives the flux density, which is equal to the strength of the field outside the solenoid is zero.

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Answer:

Equal and opposite

Explanation:

Momentum is equal to mass times velocity.

p = mv

Both objects have the same speed but opposite directions, so the velocities are opposite.

v₁ = v

v₂ = -v

Both objects have the same mass.

m₁ = m₂ = m

Therefore, both objects have equal and opposite momentums.

p₁ = mv

p₂ = -mv

p₁ = -p₂

The equation that represents the principle of the lever balance is:

The principle of moments states when a body is in equilibrium, the sum of the clockwise moment about a point equals the sum of anticlockwise moment about that point.

A see-saw represents a balanced system of moments.

The sum of clockwise moment = The sum of anticlockwise moments.

Assuming W1 and W2 are clockwise moments and W3 and W4 are anticlockwise moments.

The equation will b:  W₁ + W₂ = W3 + W4

In conclusion, a balanced see-saw illustrates the principle of the lever balance.

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Answer:

Cornea

Explanation:

The outer layer of the cornea is covered by epithelial cells that protect the surface. A corneal abrasion may result from dragging a piece of debris across the surface and scraping off the epithelial cells.

The thermal energy needed to melt 1.25 kg of water at its melting point is 416.25 kJ.

The latent heat of fusion is the amount of thermal energy required to change the phase of a substance from a solid to a liquid state without a change in temperature.

When a substance is in a solid state, the molecules are packed closely together and are held in a rigid structure by intermolecular forces. As heat is added to the solid, the temperature of the substance increases until it reaches the melting point, which is the temperature at which the solid starts to change into a liquid.

At the melting point, the added thermal energy is used to break the intermolecular bonds that hold the molecules in the solid structure. The energy absorbed during this process causes the molecules to become less ordered and to move more freely, resulting in a liquid state. However, during the melting process, the temperature of the substance remains constant until all of the solid has melted.

The latent heat of fusion is a property of the substance and is defined as the amount of energy required per unit mass to change the phase from solid to liquid. It is usually measured in units of joules per kilogram (J/kg) or kilojoules per kilogram (kJ/kg).

The latent heat of fusion is an important concept in thermodynamics and is used in many applications, such as the melting of ice, the solidification of molten metals, and the formation of igneous rocks.

Here in the Question,

To calculate the thermal energy needed to melt 1.25 kg of water at its melting point, we can use the formula:

Q = mass x latent heat of fusion

where Q is the thermal energy required, and the latent heat of fusion is the amount of energy required to change the phase of a substance from solid to liquid without changing its temperature.

Substituting the given values, we get:

Q = 1.25 kg x 333 kJ/kg

Q = 416.25 kJ

Therefore, 1.25 kilogram of water requires 416.25 kJ of thermal energy to melt at its melting point.

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Answer:

Osteologists are trained to read and translate a bone's story.

Explanation:

This rare skill provides information that helps us better understand ancient cultures, solve mysteries, and learn about animals. Being an Osteologist means you have a variety of job opportunities.

A main-sequence B star has the greatest surface temperature among the given options. B-type stars are hotter and more massive than A-type stars, which are in turn hotter and more massive than K-type stars.

The star with the highest surface temperature among these three classifications is a main-sequence B star. A, F, G, K, and M stars, which make up the majority of main-sequence stars in the Milky Way galaxy, are hotter and less massive than B-type stars. B stars' surface temperatures typically vary from 10,000 to 30,000 Kelvin (K), with some of the hotter stars exceeding 30,000 K. Surface temperatures of K-type giants range from around 3,500 to 5,000 K, whereas those of A-type supergiants range from about 7,500 to 11,000 K.

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Answer:

Average velocity = 100/3 m/s....................

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Explanation:

Answer:

The energy stored in an inductor is given as:

EL=1/2 LI ²

So, when the current is doubled, the energy stored in the inductor will become 4 times.

Answer:Magnitude of the car's acceleration is 3.5 m/s²

Given:

Mass of car = 1,000 kg

Net force applied by car = 3,500 N

Find:

Magnitude of the car's acceleration

Computation:

Net force = Mass × Acceleration

So,

3,500 = 1,000 × Acceleration

Acceleration = 3,500 / 1,000

Acceleration = 3.5 m/s²

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Written communication involves the exchange of information between a sender and a receiver (option b). It involves transmitting information through written words, symbols, or figures.

The sender encodes the message, and the receiver decodes the message. The receiver is the person or group of people who receive the message and interpret the information provided. The effectiveness of written communication depends on how well the sender conveys the message, and how well the receiver comprehends the message. In business settings, written communication is used to convey important information such as policies, procedures, and performance reports.

The use of written communication allows for clear and concise messages that can be referenced later on. Additionally, written communication can be used as legal evidence in the event of a dispute. Overall, effective written communication requires careful planning, clear messaging, and attention to detail to ensure the receiver accurately understands the intended message.

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Answer:

W

Explanation:

its the longest period of time

There is a net force on the truck" is true about the forces acting on the truck.