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After, putting myself in Heniz shoes I would probably do the same as him. This is because even though breaking in and stealing is illegal you have to look at why he is doing this. He is breaking in and stealing to save his wife, to me saving a life would be worth committing a crime. Also, the crime being committed isn't the worst crime you could do. However, I would try a bit harder to raise the money. For example, nowadays there are many other ways to raise money such like go fund me etc. that I would use to try and raise the rest of the money, before I commit a crime.

Is this statement proconventional, conventional, or post conventional morality?

The two horizontal forces that are present as a car is pushed down the driveway are push and friction.

A force refers to that which produces or opposes motion. When force(s) is/are acting on a body, they either cause motion to occur or prevent motion from occurring. An example of a force which opposes motion is friction.

For a car being pushed along a driveway, the two possible horizontal forces that act on it are push which moves it forward and friction which resists its motion.

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Answer:

Push and friction

Explanation:

As per Newton's third law

Here the car is pushed so the force applied is pushing force

The opposition force is frictional force

Option D

Explanation:

4.2 converted to grams equal 119.067997125

It is more difficult to start moving a heavy carton from rest than it is to keep pushing it with constant velocity because of static friction.

Static friction refers to the resistance encountered when attempting to initiate the movement of two objects that are in contact with each other but not currently in motion relative to each other. When an object is at rest, the force of static friction acts in the opposite direction to any force applied to it.

In this case, the force applied to the carton is the force needed to start moving it from rest. The force of static friction is greater than the force applied to the carton, making it difficult to start moving the carton from rest.

Once the carton is moving with constant velocity, the force of static friction is no longer acting on it. The only force acting on the carton is the force that is applied to keep it moving at a constant velocity. This force is equal to the force of kinetic friction which is less than the force of static friction.

To summarize, the initial effort required to overcome the static friction between a heavy carton and its resting position is greater compared to the continuous force needed to maintain its constant velocity. The force of static friction is greater than the force applied to the carton, making it difficult to start moving the carton from rest.

Once the carton is moving with constant velocity, the force of static friction is no longer acting on it, and the only force acting on the carton is the force that is applied to keep it moving at a constant velocity.

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Answer:

A species to extinction.

Explanation:

Biodiversity is the coexistence of several types of organisms in a habitat. The higher the level of biodiversity, the more the population of various plants and animals exist and vice versa.

Sharks feeding on a variety of animals in its ecosystem prevents extinction as time needed for breeding would promote population increase.

Answer: B, many members of a key species, and the ecosystem will no longer be stable.

Explanation:

Answer: You could tell if you made an error in your calculations by repeating the steps.

Speed of light is the fastest/maximum in vacuum which is equal to 3 × 10^8 m/s, therefore speed of light through any material equal to 4 × 10^8 m/s is physically and theoretically impossible and therefore incorrect.

Explanation:

The 3 function options in the what-if-anlysis dropdown are data table, scenario manager and goal seek.

The three function options in the ”What-If Analysis” dropdown menu typically found in spreadsheet software like Microsoft Excel are:

1. Data Table: This option allows you to create a table that shows the impact of changing one or two input variables on the results of a formula. It is useful for conducting sensitivity analysis and understanding how changes in input values affect the final outcome.

2. Scenario Manager: This option enables you to create and manage different scenarios by specifying different sets of input values. It allows you to compare and analyze the results of different scenarios without modifying the original data or formulas directly.

3. Goal Seek: This option helps you find the input value needed to achieve a specific goal or target result in a formula. It allows you to specify a desired outcome and Excel will determine the value of an input variable required to achieve that result.

These functions provide tools for performing various types of “what-if” analyses, allowing you to explore different scenarios, evaluate the impact of changes, and determine the necessary inputs to achieve desired outcomes within your spreadsheet models.

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The cloud chamber was an important tool for early particle physics experiments, allowing physicists to observe and study the properties of subatomic particles.

The type of particle detector you are referring to is called a cloud chamber. Cloud chambers use supersaturated vapor to detect the presence of charged particles. When a charged particle passes through the vapor, it ionizes the atoms or molecules in the vapor along its path, creating a trail of charged particles. The ions act as nucleation sites for the supersaturated vapor to condense around, forming visible droplets that can be seen and photographed.

The cloud chamber was indeed famously used to first detect the positron, the antiparticle of the electron, in 1932 by Carl Anderson. It was also used to discover the muon, a heavy cousin of the electron, in 1936 by Carl D. Anderson and Seth Neddermeyer. The cloud chamber was an important tool for early particle physics experiments, allowing physicists to observe and study the properties of subatomic particles.

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The amount of work done by the net external force on the water-skier is approximately 4,314.48 joules.

To determine the work done by the net external force acting on the skier, we can use the work-energy principle:

Net work done on the skier = change in kinetic energy of the skier

The change in kinetic energy is:

ΔK = 1/2 * m * (vf² - vi²)

where m is the mass of the skier, vi is the initial velocity, and vf is the final velocity.

Substituting the given values:

Therefore, the net work done on the skier is 4,314.48 J.

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Given

m = 24kg

vi = 2 m/s

vf = 6 m/s

Procedure

Impulse = Change in momentum

The answer would be I = 96 kg*m/s

Without specific information about the molecule in question, it is not possible to determine the electronic states that are accessible from the a1 ground electronic state or the polarizations of the transitions.

The electronic states accessible by electric dipole transitions depend on the specific electronic structure of the molecule, which in turn determines the allowed electronic transitions.

Similarly, the polarization of the transitions will depend on the orientation and symmetry of the molecule and the direction of the electric field vector of the incident light.

Therefore, to determine the electronic states accessible by electric dipole transitions and their polarizations, it is necessary to have more information about the specific molecule and the experimental conditions.

This information can be obtained through various spectroscopic techniques such as UV-visible absorption, fluorescence, or Raman spectroscopy.

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Answer:

T = 0.01 s

Explanation:

Given that,

The frequency of the beats of a hummingbird, f = 100 Hz

We need to find the period of the hummingbirds flaps. Let the time is t. We know that the relation between frequency and time period is given by :

T = 1/f

Put all the values,

T = 1/100 = 0.01 s

So, the time period of the humming bird is 0.01 s.

The theoretical maximum speedup of a pipeline can be calculated using the formula:

Maximum Speedup = Number of Stages

In this case, the pipeline has 7 stages, so the theoretical maximum speedup would be 7.

A pipeline hazard refers to a situation in a pipeline where the normal flow of instructions is interrupted or delayed, leading to a decrease in performance or efficiency. Pipeline hazards can occur due to dependencies between instructions or conflicts in resource usage. There are three types of pipeline hazards:

Structural hazards: These occur when multiple instructions require the same hardware resource at the same time. For example, if two instructions need to access the same register or memory location simultaneously.

Data hazards: These occur when an instruction depends on the result of a previous instruction that has not yet completed. Data hazards can be further classified into three types: read-after-write (RAW), write-after-read (WAR), and write-after-write (WAW) hazards.

Control hazards: These occur due to changes in the program flow, such as branches or jumps. Control hazards can result in the pipeline incorrectly predicting the next instruction, leading to wasted cycles.

To mitigate pipeline hazards, techniques like forwarding, branch prediction, and instruction scheduling can be employed. These techniques aim to minimize stalls and ensure smooth execution of instructions in the pipeline, thereby improving overall performance.

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Answer:

A

Explanation:

accel =  Δv /  Δ t  =  12/6 = 2 m/s^2

Answer:

di ko po alam ang sagot baka

po pang grade 9 po yan

Explanation:

sana po magets nyo po

Answer:

The two of the following measurements, when taken together, would allow engineers to find the total mechanical energy dissipated during the skid

B. The contact area of each tire with the track.

C. The co-efficent of static friction between the tires and the track.

D. The co-efficent of static friction between the tires and the track.

Explanation:

Answer:

A

Explanation:

This is to do with convection currents :)

Hope this helps!

The examination of radial and tangential fracture lines on glass struck by two projectiles in sequence can provide both the refractive index of the glass and the sequence of impact.

Glass fractures in a distinct pattern when subjected to impact. Radial and tangential fracture lines can be observed on the glass surface, and by examining their characteristics, valuable information can be derived. Firstly, the refractive index of the glass can be determined by analyzing the angles and spacing of the fracture lines. This information is useful for forensic investigations and determining the type of glass involved. Secondly, by studying the sequence and intersection points of the fracture lines, it is possible to determine the order in which the projectiles struck the glass. This can provide crucial insights into the dynamics of the event and aid in reconstructing the sequence of events accurately.

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Answer:

B. Gravity

Explanation:

Earth pulling on an object is known as gravity.

A car moving to the right will still go to the right when the braking force is applied is about negative acceleration.

Any procedure where the velocity varies is referred to as acceleration. There are only two ways to accelerate: changing your speed or changing your direction, or changing both. This is because velocity is both a speed and a direction.

When an item experiences negative acceleration, its velocity changes in a negative direction, which can suggest that it is moving either slower or faster. In physics, a change in an object's velocity is referred to as "acceleration."

Since this change in velocity is a vector quantity, it denotes both magnitude and direction. Positive velocity is also a vector, and experiencing negative acceleration means that something is slowing down.

Therefore, A car moving to the right will still go to the right when the braking force is applied is about negative acceleration.

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Answer:

its your homework

Explanation:

you aren't getting any free answers out of me because it sounds like your trying to be smart your welcome

(Not smarter than me)

The new angle of deflection of the north pole of the compass needle compare to its initial deflection is smaller.

The new angle of deflection north pole becomes smaller

The angle of deflection is the angle formed when an object changes course from its original course of direction or target.

The angle of deflection of a particular particle is directly proportional to its charge to mass ratio as it passed through an electric field.

As the wire is continuously being lowered farther from the compass, the angle of deflection of the north pole continues to become smaller when compared to its initial deflection.

Therefore, the new angle of deflection of the north pole of the compass needle compare to its initial deflection is smaller.

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The distance covered by the object is given as,

Plug in the known values,

Thus, the distance covered by the object is 81 m.

At projection angle of 45 degrees, the range of a projectile equals its maximum height.

A projectile is an object that is thrown or launched into the air and then travels along a path determined by gravity. The most common example of a projectile is a ball, which is thrown into the air or launched from a cannon or other device. A projectile is subject to two main forces: gravity, which pulls it down towards the ground, and air resistance, which slows it down as it moves through the air.

The range of a projectile equals its maximum height at a projection angle of 45 degrees. This is the ideal angle at which to launch a projectile if the goal is to achieve the maximum range while also achieving the maximum height. At other angles, the range will either be less than the maximum height or the maximum height will be less than the maximum range. Therefore, 45 degrees is considered to be the optimum angle for maximum range and height of a projectile.

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Answer:

We know that,

hydrostatic \: pressure (p) = \alpha hghydrostaticpressure(p)=αhg

Where,

\alpha = density \: of \: water \: = 1000α=densityofwater=1000

h = Height at which pressure is to be calculated

p = 1000 \times 12 \times 9.8 = 117600 \:p=1000×12×9.8=117600

Applicate the formula:

p = ρ*g*d

Data:

p = Pressure = ¿?

ρ = Density = 1000 kg/m³

g = Gravity = 9,81 m/s²

d = Distance = 500 m

Replacing:

p = 1000 kg/m³ * 9,81 m/s²  *500 m

p = 4905000 Pa

The pressure at that deep is 4905000 Pa.

Approximately 66.67% of the power of the battery is dissipated across the internal resistance and is not available to the bulb.

The percentage of the power of the battery dissipated across the internal resistance and hence not available to the bulb can be calculated using the formula:

Percentage of power dissipated = (power dissipated across internal resistance / total power) x 100%

The power dissipated across the internal resistance can be calculated using the formula:

Power dissipated =\(I^2 x R\)

where I is the current flowing through the circuit, and R is the internal resistance.

Since the internal resistance is given as 2.0 ohms, the power dissipated across it can be calculated as:

Power dissipated = I^2 x R = (0.50 A)^2 x 2.0 ohms = 0.50 W

The total power supplied by the battery can be calculated as:

Total power = V x I = (1.5 V) x (0.50 A) = 0.75 W

Therefore, the percentage of power dissipated across the internal resistance can be calculated as:

Percentage of power dissipated = (power dissipated across internal resistance / total power) x 100%

= (0.50 W / 0.75 W) x 100%

= 66.67%

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Big has no cause of action against Temper. In this scenario, while Temper may have made a verbal threat and raised his fists in a confrontational manner, there is no indication that he physically touched or harmed Big.

Assault refers to the act of intentionally causing apprehension or fear of imminent harmful or offensive contact. Battery, on the other hand, involves the intentional and harmful or offensive physical contact with another person without their consent.

In this case, Temper's actions may constitute assault due to the verbal threat and raising his fists, creating an atmosphere of fear or apprehension. However, since no physical contact or harm occurred, battery is not applicable. Therefore, the appropriate response is option d: Big has no cause of action against Temper.

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Given:

A coil is connected to the bulb and a magnet is placed near the coil.

To find the consequence of moving the north side of the magnet towards the coil.

Explanation:

The changing magnetic field across the coil induces a current in the coil.

This is known as electromagnetic induction.

Here, the north side of the magnet moves towards the coil, this results in the change in the magnetic field across the coil.

The changing magnetic field induces a current in the coil.

As the coil is connected to the bulb, the induced current produced in the coil due to the moving magnetic field passes through the bulb.

Thus, the bulb glows.

Final Answer: The bulb glows as we move the north side of the magnet into the coil.

Answer:

no we can send rovers into space to explore i am reading the martian but this is my opinion it depends on what nasa decides

Explanation: