iii. bulbs in parallel set up a two-bulb circuit with identical bulbs so that their terminals are connected together as shown. bulbs connected together in this way are said to be connected in parallel. a. compare the brightness of the bulbs in this circuit. 1. what can you conclude from your observation about the amount of current through each bulb? 2. describe the current in the entire circuit. base your answer on your observations. in particular, does the current throug

Answer: D

The word that describes the rate is electric current. It is usually measured in amperes.

Amperes = Coulomb.

Hope it helps!

Answer:

B. heat and kinetic energy

Explanation:

Heat is a form of energy that flows with respect to temperature difference. Thus, heat energy would flow from an object with higher temperature to that at lower temperature. It generally cascades from a high temperature body to lower temperature body through a medium or when in contact.

Kinetic energy is the energy that is inherent in a moving object. Thus, it can be converted to other forms or transferred between objects. Example, a moving object can transfer part of its kinetic energy to an object at rest on collision. This may cause the motion of the initial stationary object.

Therefore, heat and kinetic energy can be used to describe transfer of energy to or from a substance.

Answer:

800km/s

Explanation:

Initial momentum = final momentum

the total momentum is zero, Before the release of the asteroid , but Superman and the asteroid are not moving.

So, according to the Conservation of momentum the total momentum when the astronaut is been thrown will equals to zero . Then we can say

Initial momentum = final momentum

Because the momentum of the Superman immediately the asteroid is been thrown is equal to the momentum of the asteroid

Momentum =(mass ×velocity)

the mass of the asteroid i= 1000M

Given velocity = 800 m/s,

momentum =(1000M)(800 m/s)

= 800,000M m/s.

to get the answer, we need to divide by Superman's mass, M, which gives his recoil velocity of 800,000 m/s.

But we're told to convert to km/ s

We know that 1m/s=0.001km/s

=(800,000M m/s)× (0.001km/s)

=800km/s

Therefore, his recoil speed (in km/s) is 800km/s

According to the data given in the question the net force on the box is of 5 N.

All of the forces that are applied to an object are added up to form the net force. As a consequence of the fact that it (force) is a vector and therefore that two forces with identical magnitudes and opposing directions cancel each other out, the resultant force is the total of the forces, or put another way, the net force is just the total of all the forces.

Given data :

Force on box to the left side (F1) = 15 N

Force on box to the right side (F2) = 20 N

Because both forces are in opposite direction

Hence,

Net force = F2 - F1

Net force = 20 - 15

Net force = 5 N.

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Because potential energy increases with separation distance, Jamal should move the toy car with the greatest separation distance.

The term potential energy is defined as stored energy that depends upon the relative position of various parts of a system. Potential energy is energy that cannot be transfer to kinetic energy. It has the capacity to do work but is not presently doing so.

Because magnetic force is inversely proportional to the separating distance between the cars, the magnetic force acting on the vehicles will decrease as he moves the cars away from each other.

Thus, potential energy increases with separation distance, Jamal should move the toy car with the greatest separation distance.

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Answer:

C a basketball player pushes into another one and they both fall to the left

Explanation:

I believe his is the answer because I don't see any force and not enough reaction

no net force axting on it

Answer:

I think none of above

Explanation:

hioe it's right answer

Answer:

Transparent = lets light pass through without significant interference

Translucent = lets light pass through with significant interference

Opaque = Doesn't let light pass, instead absorbs it

\(Work=Force \: × \: displacement \\ => W=Fs \\ \\ Given, \\ Force=25 \: N \\ Displacement=2m \\ \\ so \: work = 25 \: N \: \times 2m \\ = > work = 25kgm {s}^{ - 2} \times 2m \\ = > work = 50kg {m}^{2} {s}^{ - 2} \\ = > work = 50J\)

This is the answer.

Hope it helps!!

A weightlifter must exert 25 Newtons of force to lift a set of barbells 2 meters off the ground, the weightlifter did 50 Nm of work on the barbells when he lifted them. The correct option is A.

To calculate the work done by the weightlifter in lifting the barbells, we can use the formula:

Work = Force × Distance

Here, it is given that:

Force = 25 Newtons

Distance = 2 meters

Substituting the values into the formula:

Work = 25 N × 2 m

Calculating the multiplication:

Work = 50 Nm (Newton-meters)

Thus, the weightlifter did 50 Nm of work on the barbells when he lifted them, the correct answer is A. 50 Nm.

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A. True. Low-frequency surface waves will be amplified in tall buildings with low frequencies of vibration.

This is because tall buildings can act as a resonator, amplifying the vibration frequencies that match their natural frequency of oscillation. This phenomenon is known as resonance, and it can lead to increased vibrations and motion in the building, potentially causing discomfort for occupants and even structural damage in extreme cases.

This is why engineers and architects take resonance into account when designing tall buildings, to ensure that they are able to withstand the forces that can be generated by wind, earthquakes, and other external sources of vibration.

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The value of the generator reflection coefficient is 0.237.

To find the generator reflection coefficient, we can use the formula:

Γg = (Zg - Zo)/(Zg + Zo)

where Zg is the generator impedance, and Zo is the characteristic impedance of the transmission line.

First, we need to find the generator impedance:

Zg = Rg + jXg

where Rg is the generator resistance, and Xg is the generator reactance.

Since the generator is assumed to be ideal, Rg = 0.

The reactance Xg can be calculated using the equation:

Xg = Zo * tan (β * d)

where β is the propagation constant, and d is the length of the transmission line.

β can be calculated using the equation:

β = 2π/λ

where λ is the wavelength.

The wavelength can be calculated using the equation:

λ = v/f

where v is the velocity of the signal in the transmission line, and f is the frequency.

v can be calculated using the equation:

v= c /√Er)

where c is the speed of light in vacuum, and Er is the relative permittivity of the dielectric.

Substituting the given values, we get:

v = 1 ft/ns / √(16)

   = 0.25 ft/ns

f = Vo / (2 * RL)

 = 12 V / (2 * 150 Ω)

 = 0.04 A

λ = v/f

  = 0.25 ft/ns / 0.04 GHz

  = 6.25 ft

Now, we can calculate the propagation constant:

β = 2π/λ

   = 2π/6.25 ft

   = 1.005 ft⁻¹

Finally, we can calculate the generator reactance:

Xg = Zo * tan (β * d) = 502 Ω * tan (1.005 ft⁻¹ * 2.5 ft)

     = 826.13 Ω

Substituting the values of Zg and Zo into the reflection coefficient equation, we get:

Γg = (Zg - Zo)/(Zg + Zo)

    = (826.13 Ω - 502 Ω) / (826.13 Ω + 502 Ω)

    = 0.237

As a result, the generator reflection coefficient is 0.237.

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The following options describe the event horizon:
- A region around a black hole with a radius equal to the Schwarzschild radius.
- A boundary in spacetime wherein events that happen cannot leave.
- The boundary around a black hole wherein light cannot escape.

The event horizon is the point of no return beyond which it becomes impossible for anything, including light, to escape the gravitational pull of a black hole. The size of the event horizon is determined by the mass of the black hole. According to the Schwarzschild radius, the radius of the event horizon is proportional to the mass of the black hole.

This boundary separates the inside of the black hole from the outside universe. Events that occur inside the event horizon are completely cut off from the outside universe, and anything that crosses the event horizon is pulled towards the singularity at the center of the black hole.

The event horizon is an essential concept in black hole physics and plays a vital role in understanding the properties of black holes. It is the outermost region of the black hole where the effects of the gravitational force are apparent, and it separates the inside of the black hole from the outside universe.

In conclusion, the event horizon is a crucial concept in black hole physics, and it is defined as the point of no return beyond which nothing, including light, can escape the gravitational pull of a black hole. A region around a black hole with a radius equal to the Schwarzschild radius, A boundary in spacetime wherein events that happen cannot leave and the boundary around a black hole wherein light cannot escape describe the event horizon.

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Answer:

La tensión es 85.3 N.

Explanation:

Cuando el objeto gira en dirección horizontal, la sumatoria de fuerzas se puede calcular usando la segunda ley de Newton:  

\( \Sigma F_{x} =ma_{c} \)

\( T = ma_{c} \)  

Dado que el movimiento es horizontal, el peso (que está en el eje y) no contribuye en la sumatoria de fuerzas en el eje x. Por lo que la única fuerza actuando sobre el objeto en la dirección del movimiento es la tensión.  

En donde:                                          

m: es la masa del objeto = 200 g = 0.200 kg

\(a_{c}\): es la aceleración centrípeta

La aceleración centrípeta viene dada por:  

\(a_{c} = \omega^{2} r\)

En donde:    

ω: es la velocidad angular del objeto = 3 rev/s

r: es el radio = 1.20 m

Entonces, la tensión es:

\(T = m\omega^{2} r = 0.200 kg(3\frac{rev}{s}*\frac{2\pi rad}{1 rev})^{2}*1.20 m = 85.3 N\)

Por lo tanto, la tensión es 85.3 N.  

Espero que te sea de utilidad!                                                                          

Answer: Depends on their adaptions such as they may be able to change their color of their skin to camouflage to hide from predators or they are able to survive in harsh weather where they live in.

Explanation:

Answer: An adaptation is a very particular skill which helps an animal do the things they do in every day life .  Adaptation basically helps an animal survive in the environment they have decided to live in .

Hoped I helped -

Sleepy~

Answer:

No. of electrons = 88

Explanation:

Given that,

No. of protons = 88

No. of neutrons = 226

We need to find the number of electrons it have in a radium atom.

In an atom, the number of protons is equal to the number of electrons. There are 88 protons in this case.

Hence, there are 88 electrons in the radium atom.

15 min

Explanation:

take 0.25 and put it in for 1.00 and you will see its 0.25 but when you add it all 4 times it is 1.00 so then you would take that and do it to the hour ... how many times does four go into 60

Answer:

0.6

Explanation:

Answer:

101201.2 Pascal.

Explanation:

Given that the difference h between the two liquid levels is 2.0 cm. The density of the liquid is 800 kg /m3.

Calculate the difference between the pressure of the gas and atmospheric

pressure.

The pressure of the gas can be calculated by using the formula

Pressure = density × acceleration due to gravity × height

Substitute all the parameters into the formula

Pressure = 800 × 2/100 × 9.8

Note that the height is converted to metre.

Pressure = 156.8 Pascal

pressure difference = 101358 - 156.8

Pressure difference = 101201.2 Pascal

Explanation:

The attached image shows the path followed by an airplane that is trying to land. From the figure, it can be seen that initially, its position was 200 m due east, then 150 m due south, 200 m due west, 250 m due south.

(a) The total path covered during its entire journey is called distance.

D = 200 m+150 m+200 m+250 m

D = 800 m

(b) The shortest path covered by an object is called displacement of an object. The shortest path covered is shown by red color. It means that displacement is (150+250) m = 400 m

(c) It is clear from the figure that, the Airplane's displacement is in the south direction.

Answer:

Yes

Explanation:

Yes, because for the light to come on, electric current has to flow through it, which is due to electronic motion. As the electrons move through the light, it turns electrical energy to light energy, so the light comes on.

In conclusion, when you do walk into a dark room and turn the lights on, the electrons travel all the way from the switch to the light.

Answer:

0.4 g/cm^3

Explanation:

The density of an object can be found using the following formula.

d= m/v

where m is the mass and v is the volume.

The mass of the metal is 6 grams and the volume is 15 centimeters^3

m=6 g

v= 15 cm^3

Substitute these into the formula.

d= 6 g/ 15 cm^3

Divide 6 g by 15 cm^3 (6/15=0.4)

d= 0.4 g/ cm^3

The density of the metal is 0.4 grams per cubic centimeter.

Density = (mass) / (volume)

Density = (6 g) / (15 cm³)

Density = (6/15) (g/cm³)

Density = 0.4 g/cm³

This 'metal' has less than half the density of water, and it floats on water !  It cannot be of Earthly origin, and must have been dropped here by aliens.

Either that, or else the metal has been hammered and stretched and beaten out and shaped so that it has an artificially large volume ... something like the way sailing ships are made out of thick plates of steel.

If the AHRS (Attitude and Heading Reference System) malfunctions, the pilot may receive incorrect data, posing a risk to the aircraft's safety. Recognizing and addressing the malfunction is essential to maintaining safe and accurate flight attitude control.

The flight attitude is an essential aspect of an aircraft's navigation, as it refers to the orientation of the aircraft in relation to the Earth's horizon. One crucial system that provides flight attitude information to the cockpit instruments is the Attitude and Heading Reference System (AHRS).

If the AHRS malfunctions, the instruments receiving data from it may display incorrect information, posing a significant risk to the aircraft's safety.

The AHRS typically consists of multiple sensors, such as accelerometers, gyroscopes, and magnetometers, which work together to determine the aircraft's pitch, roll, and yaw. These data points are crucial for the pilot to maintain proper control and navigate safely.

When a malfunction occurs in the AHRS, the pilot may receive false readings on their attitude indicator, heading indicator, and other related instruments.

This situation can be especially dangerous during periods of limited visibility, such as night flights or when flying through clouds, as the pilot must rely heavily on these instruments to maintain control and navigate.

In such cases, it is essential for the pilot to recognize the malfunction and rely on alternative methods to maintain the aircraft's flight attitude. These methods may include using the standby attitude indicator, cross-checking with other instruments, or relying on air traffic control for assistance.

In summary, the flight attitude is the aircraft's orientation relative to the Earth's horizon, and the AHRS is a critical system that provides this information to the cockpit instruments.

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Answer:

Deposition

Explanation:

I took the quiz

Deposition is accompanied by a loss in energy as the particles become less energetic hence the entry involving deposition is wrong.

The term phase change simply means a change from one state of matter to another. Phase changes are often accompanied by a loss or gain in energy depending on what process occurred.

The phase change deposition is accompanied by a loss in energy as the particles become less energetic hence the entry involving deposition is wrong.

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Answer:

The extension is directly proportional to the force applied.

ex: if the force is doubled, the extension doubles. This works until the limit of proportionality is exceeded.

Hope this helped~

Explanation:

Answer:

the extension will also double, unless the spring has reached its limit of proportionality because of Hooke's law: The extension of a spring is directly proportional to the force applied, provided that the limit of proportionality is not exceeded.

Answer:

147 Joules

Explanation:

It would be potential energy because it is stored. Potential energy = gravity * mass * height. Gravity is 9.8 m/s² or more specific 9.807 m/s². Potential energy is written in Joules.

9.8 * 5 * 3 = 147 Joules

More specific:

9.807 * 5 * 3 = 147.105 Joules

True. A state function, by definition, does not depend on the system's past or future. It only relies on the current state or condition of the system.

A state function is a property that is determined solely by the initial and final states of the system, regardless of the path taken to reach those states. Examples of state functions include temperature, pressure, volume, internal energy, enthalpy, entropy, and Gibbs free energy.

The independence from the system's past or future is a fundamental characteristic of state functions. It means that the value of a state function remains the same regardless of how the system arrived at its current state or what happens to it in the future. This property allows for the convenient analysis of thermodynamic processes and the calculation of changes in system properties using state functions.

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