A pilot of a large passenger airliner hears that a thunderstorm is in the area. What kinds of
dangers might the thunderstorm pose to the aircraft, and what path should the pilot take in
relation to the storm to keep aircraft, crew, and passengers safe?

The design that will look different in a mirror is the one that is not completely symmetrical.

A mirror is a surface or object that reflects images. This reflection is not identical to reality because the image is inverted and therefore a virtual rather than a real image is created.

This implies, we perceive the image as being left-right inverted. In this context, if a design is symmetrical it will look identical in the mirror, but if it is not symmetrical, especially if its right or left sections are different the reflection will not be identical.

Note: This question is incomplete because the designs are missing; due to this, I answered it based on general knowledge.

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Answer:

calculate each person's relative strength

Explanation:

Answer:

I think it is: "calculate each person's relative strength"

Explanation:

Explanation:

A is excretion

B is digestion

so my guess is c

Answer: Earthquakes and Volcanic eruptions

Explanation:

You did not attach a picture however, this should be the correct answer.

Mid-oceanic ridge plate  boundaries such as the Mid-Atlantic Ridge form as a result of plate separating at the boundary. This leads to earthquakes due to the forces of tension acting on the plates.

When this happens, the mantle is exposed and therefore there will be volcanic eruptions as the lava comes to the surface as magma. When this magma cools it creates new seafloors and underwater mountains.

Answer:

it is becuase light travel faster then sound thus light come to us first

Explanation:

to dlatego, że światło podróżuje szybciej niż dźwięk, to światło dociera do nas jako pierwsze

Answer:

The kinetic energy of an object is directly proportional to its mass and the square of its velocity. This means that if the mass of an object is increased, its kinetic energy will also increase.

In the case of the two cars, the second car has a mass six times the mass of the first car. This means that the kinetic energy of the second car will be six times greater than the kinetic energy of the first car.

Therefore, the implications of the second car having six times the kinetic energy of the first car is that it will require more force and heat energy to bring it to a stop using the brakes. This may require the use of more advanced braking systems, such as brakes with larger calipers or brake discs, in order to effectively stop the car in a safe and timely manner.

A). To move the bar to the right with a constant speed of 6.00 m/s, we need to find the force required. The force required is the force of the magnetic field that acts on the bar. The power dissipated in the resistor is 6.98 W.

This force is given by the formula: F = BILsinθwhere,F is the force B is the magnetic field I is the current L is the length of the conductorθ is the angle between the magnetic field and the current direction Now, the current in the bar is given by: I = V/R where, V is the voltage applied across the resistor R is the resistance of the resistor Given, V = BLV/Rsinθwhere,L = 1.6 m B = 2.20 T, and R = 4.00 ?θ = 90° = π/2 radians So, V = 2.20 × 1.6 × 6.00/4.00  = 5.28 V The current in the circuit is, I = V/R = 5.28/4.00 = 1.32 A  

Therefore, the force required is: F = BILsinθ = 2.20 × 1.6 × 1.32 × 1 = 4.3872 N(b) The power dissipated in the resistor is given by: P = VI where, V is the voltage applied across the resistor I is the current in the circuit From the above calculations, V = 5.28 VI = 1.32 AP = VI = 5.28 × 1.32 = 6.98 W

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Answer: Brown syrup

Explanation:

Answer:

syrup

Explanation:

The frequency (f) can be calculated by dividing the speed of light (c) by the wavelength (λ):

f = c / λ

To find the frequency of light given its wavelength, you can use the formula:

frequency = speed of light / wavelength

where the speed of light is approximately 3.00 x \(10^8\) meters per second (m/s).

So, the frequency (f) can be calculated by dividing the speed of light (c) by the wavelength (λ):

f = c / λ

Make sure to use consistent units for the speed of light and wavelength. For example, if the wavelength is given in meters, use meters for the speed of light as well.

Keep in mind that frequency is measured in hertz (Hz), which represents the number of cycles per second.

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The speed of a train that moves from a train station at 30 meters per second after 5 seconds and covers a distance of 100 m with an acceleration of ten meters per second square would be 80 m/s.

We can use the equation of motion to solve for the final velocity of the train:

v = u + at

where:

Substituting the values, we get:

v = 30 + 10(5)

v = 80 m/s

Therefore, the speed of the train after 5 seconds is 80 m/s.

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Answer: See explanation

Explanation:

Inertia is the force that keeps an object at rest. Inertia is referred to as the property which results in it continuing in the state of rest that it is unless there's an external force that acts upon it.

Inertia keeps objects and things in place and it holds the universe together. When there's no force that's acting in an object, such object will continue to move in a straight line and also at a constant speed.

The force applied by the bullet on the wood is 20 N.

The force applied by the bullet is calculated by applying the following kinematic equation and Newton's second law of motion as shown below.

F = ma

where;

The acceleration of the bullet is calculated as follows;

v² = u² - 2as

where;

when the bullet stops, the final velocity, v = 0

0 = u² - 2as

2as = u²

a = u² / 2s

a = ( 10² ) / ( 2 x 0.05 )

a = 1,000 m/s²

The force applied by the bullet on the wood is calculated as follows;

F = ma

F = ( 0.02 kg ) x ( 1000 m/s² )

F = 20 N

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The complete question is below:

A  bullet of 20 g is shot at 10m/s and is stopped by a piece of wood. The bullet goes 5cm into the piece of wood. Find the force applied by the piece of wood on the bullet

Answer:

2NH3 --> N2 + 3H2 decomposition

Answer:

Solid objects will deform when adequate loads are applied to them; if the material is elastic, the object will return to its initial shape and size after removal. This is in contrast to plasticity, in which the object fails to do so and instead remains in its deformed state.

Explanation:

Answer:

It is false

Explanation:

because when it like a rolling ball it can deform no matter what unlesss you throw it at the ground really hard then it breaks but a soft or sometimes metal yeah it can deform but not all things solid deform.

Answer:

v = 9341.19 [m/s]

Explanation:

Linear momentum is defined as the product of mass by Velocity. In this way by means of the following equation, we can calculate the momentum.

\(P=m*v\)

where:

P = momentum [kg*m/s]

m = mass = 10.2[kg]

v = velocity = 3.03 [m/s]

Now replacing, we have:

\(P=10.2*3.03\\P = 30.91 [kg*m/s]\)

Now the ping-pong mass is 3.309 [g] or 0.003309 [kg]

We can clear the value for v from the equation above.

\(v = P/m\\v = 30.91/0.003309\\v = 9341.19 [m/s]\)

The stopping distance is 0 m if the driver has zero reaction time and the stopping distance is 1600 m if the driver has a reaction time of 0.20 s.

Distance is the measure of how far apart two objects are in space. It is a physical quantity that is the length between two points or objects. Distance is usually measured in meters, kilometers, or miles. Distance is a scalar quantity that only has magnitude, not direction. It is the length of a line that connects two points. Distance can be measured in a straight line or along a curved path.

a) Zero Reaction Time:

The stopping distance is equal to the distance traveled during the time it takes for the car to come to a stop. Since the car has a negative acceleration of -0.5g, we can use the equation d = (v^2)/2a to calculate the stopping distance.

d = (v^2)/2a

d = (0^2)/2(-0.5g)

d = 0 m

Therefore, the stopping distance is 0 m if the driver has zero reaction time.

b) Reaction Time of 0.20 s:

The stopping distance is equal to the distance traveled during the time it takes for the car to come to a stop. Since the car has a negative acceleration of -0.5g, we can use the equation d = (v^2)/2a to calculate

the stopping distance.

d = (v^2)/2a

d = (40^2)/2(-0.5g)

d = 1600 m

Therefore, the stopping distance is 1600 m if the driver has a reaction time of 0.20 s.

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Explanation:

The weight of a body depends on the acceleration due to gravity at a particular place.

Weight is a form of force on a body but this type depends on the gravitational force from places to places.

  Weight  = mass x acceleration due to gravity.

Assuming that mass is constant, the acceleration due to gravity is directly proportional to the weight.

The higher the acceleration due to gravity of a body, the more it weighs and vice - versa.

Answer:

28.28 ms-1

Explanation:

v² = u² + 2as

v² = 20² + 2×2×100

v²= 800

v = 28.28 ms-1

Answer:

Heat flows from hot to cold objects. When a hot and a cold body are in thermal contact, they exchange heat energy until they reach thermal equilibrium, with the hot body cooling down and the cold body warming up. This is a natural phenomenon we experience all the time.

Explanation:

Answer:

D.)

Explanation:

the current separates on each branch according to the resistance it experience.

Answer:D

Explanation:

To calculate the daily lake evaporation, multiply the pan coefficient (0.7) by the difference in the height level between the current and previous day, then subtract the precipitation value for the current day.

The class A pan measures evaporation, and the pan coefficient is used to account for differences between the pan and the lake. By multiplying the pan coefficient by the change in water level and subtracting precipitation, you get an accurate estimate of the daily lake evaporation.

After calculating the pan evaporation for each day, we can sum up the values to find the total evaporation for the time period covered by the table. This will give us the daily lake evaporation that was requested in the question. The question is determining the daily lake evaporation if the pan coefficient is 0.7, using the observed level in a class A pan and the given precipitation value.

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The ultimate source of energy stored in fossil fuels is the sun. So the correct answer is (c).

Fossil fuels are formed as a result of the decomposition of ancient organic matter. The energy stored in fossil fuels is formed through the process of photosynthesis.

During the process of photosynthesis, plants take in carbon dioxide and water, which they then convert into glucose.

The ultimate source of energy stored in fossil fuels is the sun, which provides the energy for the process of photosynthesis.

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Geoff counts the number of oscillations of a simple pendulum at a location where the acceleration due to gravity is 9.80 m/s^2, the period of the pendulum is approximately 0.659 s, and the frequency is approximately 1.52 Hz.

To determine the period and frequency of the simple pendulum, we can use the given information.

The number of oscillations, n = 11.0 complete cycles

The time taken for these oscillations, t = 7.25 s

To find the period, T, we divide the total time by the number of oscillations:

T = t / n

T = 7.25 s / 11.0

T ≈ 0.659 s

The period represents the time taken for one complete oscillation of the pendulum.

To find the frequency, f, we take the reciprocal of the period:

f = 1 / T

f = 1 / 0.659 s

f ≈ 1.52 Hz

The frequency represents the number of oscillations per second.

Therefore, the period of the pendulum is approximately 0.659 s, and the frequency is approximately 1.52 Hz.

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A bungee jumper is a person who jumps off a platform or a tall structure while attached to a bungee cord. The un-stretched length of the bungee cord refers to its length when it is not stretched or extended. Energy transfers refer to the transfer of energy from one form to another, such as from potential energy to kinetic energy or vice versa.


19) When the bungee jumper starts to jump, he has potential energy due to his position above the ground. As he jumps, this potential energy is converted into kinetic energy, which is the energy of motion. At position a, the jumper has all potential energy and no kinetic energy. At position b, he has some potential energy and some kinetic energy. At position c, he has no potential energy and all kinetic energy. The energy bar charts would show the amount of potential and kinetic energy at each position.

20) The energy transfer from position a to b is the transfer of potential energy to kinetic energy. The energy transfer from position b to c is the transfer of kinetic energy back to potential energy as the bungee cord stretches and slows the jumper down.

21) The energy conservation equation is: Potential energy at start = Kinetic energy at stopping point + Potential energy stored in the stretched bungee cord. This equation takes into account that the potential energy is converted into kinetic energy during the jump, and then back into potential energy as the bungee cord stretches and slows the jumper down.

22) Solving for the stretched length AL of the bungee cord would involve using the equation for the potential energy of the bungee cord, which is given by: Potential energy = (1/2)k(AL-L)^2. We would need to use the energy conservation equation to find the total potential energy at the stopping point and then equate it to the potential energy of the bungee cord. We would then solve for AL, the stretched length of the bungee cord.

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That would be Conjunct.

Answer:

it is a

Explanation: just took it

The maximum length of foil that can be made from 1.35 kg of foil is approximately 12487.51 cm.

We are given the width, thickness, and density of the foil, and we need to find the maximum length of foil that can be made from 1.35 kg. We can start by calculating the volume of the foil, then use that to find the length.

Convert mass to grams.
1.35 kg = 1350 g

Calculate the volume of the foil.
Volume = Mass / Density
Volume = 1350 g / 2.7 g/cm³
Volume ≈ 500 cm³

Convert width and thickness to centimeters.
Width = 308 mm = 30.8 cm
Thickness = 0.013 mm = 0.0013 cm

Calculate the cross-sectional area of the foil.
Area = Width × Thickness
Area = 30.8 cm × 0.0013 cm
Area ≈ 0.04004 cm²

Calculate the maximum length of the foil.
Length = Volume / Area
Length ≈ 500 cm³ / 0.04004 cm²
Length ≈ 12487.51 cm

Therefore, approximately 12487.51 cm is  the maximum length of foil that can be made from 1.35 kg of foil.

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Answer:

Velocity = 94.85m/s

Explanation:

Given the following data ;

Height = 1200m

Vertical distance = 1050m

To find the time, we would use the second equation of motion;

\( S = ut + \frac {1}{2}at^{2}\)

Substituting into the equation, we have;

\( 1200 = 0(t) + \frac {1}{2}*9.8*t^{2}\)

\( 1200 = 0 + 4.9*t^{2} \)

\( 1200 = 4.9*t^{2} \)

\( t^{2} = \frac {1200}{4.9} \)

\( t = \sqrt{122.45}\)

t = 11.07 secs

To find the velocity;

Mathematically, velocity is given by the equation;

\(Velocity = \frac{distance}{time}\)

Substituting into the above equation;

\(Velocity = \frac{1050}{11.07}\)

Velocity = 94.85m/s

Therefore, the velocity of the water above 1050 m over the sea level is 94.85m/s.

Abraham Lincoln

Explanation:

hope it helps you a little

The specific gravity of wood is 0.853, which allows for an apparent mass of 0.047 kg of wood to sink in alcohol.

Mass of wood = 0.48 kg

It floats on water. So ? wood Alcohol apparent mass equals 0.035 kilogramme

Loss in mass = 0.48 - 0.035 = 0.445 kg = mass of alcoholdisplaced

Volume of alcohol displaced = 0.445/790 = 5.63×\(10^{-4}\) \(m^{3}\) = Volume of wood

Density of wood = Its mass / volume = 0.48/5.63×\(10^{-4}\) = 853 kg    \(m^{-3}\)  

Wood's specific gravity is equal to its density divided by the density of water, which is

= 853 /1000

= 0.853

Technically speaking, specific gravity is a measurement of the density of wood in relation to water. (So the specific gravity of a piece of wood would be 1.00 if it has the same density as water.) The moisture level of the wood has a significant impact on the density measurement, as it does with all measurements of density for wood. The more moisture the wood has, the denser it will be.

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