I feel death among us

Answer: Diagram A

Explanation:

The Grand Canyon was created by the constant flow of the Colorado river which physically broke down the rock for billions of years. It then carried off the rock as it flowed and as it kept doing this, the canyon kept getting deeper and deeper.

This is what is described in the first diagram. The water from the faucet is carrying the soil along with it much like the Colorado did to the rocks of the Grand Canyon.

Answer:

Fractional error = 0.17

Percent error = 17%

F = 112 ± 19 N

Explanation:

Plug in the values to find the force:

F = (3.5 kg) (20 m/s)² / (12.5 m) = 112 N

Find the fractional error:

ΔF/F = Δm/m + 2Δv/v + Δr/r

ΔF/F = 0.1/3.5 + 2(1/20) + 0.5/12.5

ΔF/F = 0.17

Multiply by 100% to find the percent error:

ΔF/F × 100% = 17%

Solve for the absolute error:

ΔF = 0.17 × 112 N = 19 N

Therefore, the force is:

F = 112 ± 19 N

Answer:

Answer: hydraulic press and hydraulic brakes. ... This law is useful in designing instruments like Bramah press ,Hydraulic press , Hydraulic jack etc. It is the principle in the development of hydraulic brakes , that are used in automobiles. It is also known as law of transmission of fluid pressure

When a mass on a spring undergoes simple harmonic motion (SHM) and passes through the equilibrium position.

Its acceleration is zero: At the equilibrium position, the restoring force on the mass is zero, resulting in zero acceleration. This occurs because the spring force and the force due to displacement are balanced. Its speed is maximum: Although the mass momentarily stops at the equilibrium position, its speed is at its maximum value. This occurs because the mass is accelerating and changing direction, reaching its maximum speed at the equilibrium position. Its elastic potential energy is zero: At the equilibrium position, the spring is neither compressed nor stretched. As a result, there is no potential energy stored in the spring, leading to zero elastic potential energy. Its kinetic energy is a maximum: The mass reaches its maximum displacement from the equilibrium position when passing through it. At this point, the mass's velocity is at its maximum, resulting in the maximum kinetic energy. Its total mechanical energy is constant: The total mechanical energy, which is the sum of kinetic energy and potential energy, remains constant throughout the motion. At the equilibrium position, where the mass has zero potential energy (due to no compression or extension of the spring) and maximum kinetic energy, the total mechanical energy is conserved.

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Answer:

A

Explanation:

if it was in the same place it wold be a pattern which is what is usually seen in orbits

Answer:

The product choices along with its competitive prices were provided to the consumers. Practices such as horizontal collusion and resale price maintenance was declared unlawful in 1984. Prevention of monopoly growth was the aim of the competition policy act.

Explanation:

hope this helps you

a)The image is attached to the question

b) The weight is 9310 N

c) The normal force is -9310 N

d) The net force is 8110 N

Let s recall that action and reaction are equal and opposite. This implies that the normal force and the weight of the object are the same in magnitude but opposite in direction. Given this, we can now answer the question as shown.

b) The weight of the car is obtained from 950 kg * 9.8 m/s^2 = 9310 N

c) The normal force on the car = -9310 N

d) The force on the car that allows it to go up the hill is the net force which is obtained from ;

9310 N - 1200 N = 8110 N

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Answer:

(c) larynx

Explanation:

It is the region of the throat that contains the vocal cords and is used for swallowing, speaking, and breathing.

I am joyous to assist you at any time.

Answer:

larynx

Explanation:

A bit of the sunlit side of the moon shows, with the sunlit side being on the left is waning crescent moon.

The Waning Crescent is the eighth and final phase in the cycle of phases. This Moon phase occurs once a month, rising around 3 AM, and setting around 3 PM, sticking around for approximately 7.38 days before going into the New Moon phase.

As the moon starts to retreat back toward the new phase, you'll find the energy getting less intense by the day, allowing you to slow down and give more time to your inner thoughts.

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Answer:

C. There was no gunpowder residue found on the suspects hands

Explanation:

based on real life

assassination of Israeli Prime Minister Yitzhak Rabin. On November 4, 1995, Rabin was shot and killed by a Jewish extremist named Yigal Amir

Yigal Amir able to get past security and approach Rabin at the end of a peace rally in Tel Aviv. Amir shot Rabin in the chest and the headheadhead

recently ex Prime Minister of Japan Shinzo Abe was assassinated in public

    Gunpowder residue (GPR) is a critical piece of forensic evidence in shooting incidents, as it can provide information on the distance between the muzzle of the gun and the target at the time of firing. If there is no GPR found on the suspect's hands, it could indicate that the suspect did not fire the gun or that they wore gloves when firing the weapon, which would make it difficult to link the suspect to the shooting.

    Therefore, the absence of GPR on the suspect's hands would suggest that investigators need to consider alternative hypotheses and explore other lines of inquiry to determine who shot the Prime Minister.

There have been several prime ministers who have been shot in history. Here

are some examples:

1. Spencer Perceval, the Prime Minister of the United Kingdom, was

assassinated on May 11, 1812, by John Bellingham.

2. Jaime Roldós Aguilera, the President of Ecuador who held the position of both president and prime minister, was killed on May 24, 1981, in a plane

crash that is believed to have been caused by a bomb.

3. Luis Carrero Blanco, who served as the Prime Minister of Spain from June 1973 until his assassination on December 20, 1973, by the Basque

separatist group ETA.

4. Mahatma Gandhi, who served as the Prime Minister of India, was

assassinated on January 30, 1948, by Nathuram Godse, a Hindu

nationalist.

5. Olof Palme, who served as the Prime Minister of Sweden, was assassinated on February 28, 1986, in Stockholm.

6. Aldo Moro, who served as the Prime Minister of Italy, was kidnapped on

March 16, 1978, by the Red Brigades and later killed.

chatgpt

Answer:

0.35

Explanation:

ur dogwater

Answer:

117

Explanation:

the formula is P1V1 over T1 is equals to P2V2 over T2

Given that you have a two-resistor series circuit with an applied voltage of 100 V, we can use the principle of voltage distribution in a series circuit to determine the voltage across the second resistor.

In a series circuit, the total applied voltage is distributed across all the resistors. The voltage across each resistor is directly proportional to its resistance. In this case, we know the voltage across one resistor is 40 V.

Using the principle of voltage distribution, we can calculate the voltage across the other resistor as follows:

Total applied voltage = Voltage across resistor 1 + Voltage across resistor 2
100 V = 40 V + Voltage across resistor 2

Now, we can solve for the voltage across resistor 2:

Voltage across resistor 2 = Total applied voltage - Voltage across resistor 1
Voltage across resistor 2 = 100 V - 40 V
Voltage across resistor 2 = 60 V

So, the voltage across the other resistor in the series circuit is 60 V.

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Answer:

C.

Explanation:

Answer:

C

Explanation:

The earths rotation on its axis

Answer:

The flat Earth model is an archaic conception of Earth's shape as a plane or disk. Many ancient cultures subscribed to a flat Earth and due to this people still belive earth is flat but scientist proven earth is round .

Explanation:

Answer:

a

Explanation:

yw

Answer:

Its B and C on edge

Explanation:

Answer:

i cant see it just put the question

Explanation:

Answer:

47.5 N

Explanation:

Given

Solving

Answer:

The value is \(c = 8 \ km \)

Explanation:

From the question we are told that

The distance of friends house from your point is \(a = 10 \ km\)

The distance of your friends street from your street is \(b = 6 \ km \ in the \ direction \ towards \ the \ north\)

The diagram illustrating this question is shown on the first uploaded image

From the diagram we can apply by Pythagoras theorem as follows

\(a^2 = b^2 + c^2\)

=>     \(c  =  \sqrt{^2 -  b^2}\)

=>     \(c  =  \sqrt{ 10^2 -  6^2}\)

=>     \(c  = 8 \  km \)

By applying Pythagorean's theorem, you would have to ride a distance of 8 km before turning North, in order to get to your friend’s house.

In order to determine the amount of distance that you would have to ride before turning North, we would apply Pythagorean's theorem.

From the question, we can deduce the following points:

Thus, we would have to find the adjacent side of the right-angle triangle.

Mathematically, Pythagorean's theorem is given by this formula:

x² + y² = z²

6² + y² = 10²

36 + y² = 100

y² = 100 - 36

y = √64

y = 8 km.

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No other information is required to find the momentum of the dumpster, the final momentum of the dumpster is 150 kgm/s.

The cart with a mass Ma of 120 Kg collides with a stationary dumper of mass 300 Kg.

The dumper and the cart are free to roll in any direction and after collision they move with a speed of 0.5 m/s.

No further information is required to find the final momentum of the dumpster.

We can simply use the formula,

Momentum = Final speed x mass

Momentum of dumpster = 0.5 x 300

Momentum of dumpster = 150 Kgm/s.

So, the final momentum of the dumpster is 150 kgm/s.

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The current understanding based on observations is that the expansion rate of the universe is increasing with time.

The universe refers to the vast expanse of space that encompasses everything we can observe, including planets, stars, galaxies, and all forms of matter and energy. It is estimated to be about 13.8 billion years old and is constantly expanding.

The universe is governed by fundamental laws of physics, such as gravity, electromagnetism, and the strong and weak nuclear forces. These laws dictate the behavior of matter and energy, from the smallest subatomic particles to the largest structures in the cosmos. The universe remains a fascinating and complex topic that continues to capture the imagination of people around the world.

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The work done on the object is 2.00 Nm, calculated using the formula Work = Force x Displacement x Cosine(theta), where Force = 8 N, Displacement = 0.5 m, and theta = 60 degrees.

To find the work done on the object, we need to use the formula:
Work = Force x Displacement x Cosine(theta)
where:
- Force = 8 N (given)
- Displacement = AF1 = 0.5 m (given)
- theta = 60 degrees (given)

Plugging in the values, we get:
Work = 8 N x 0.5 m x Cosine(60°)
Work = 8 N x 0.5 m x 0.5
Work = 2 Nm
Therefore, the work done on the object is 2.00 Nm.

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Given:

The mass of each sphere is

The distance between the two spheres is r = 2 m

To find the gravitational force that one sphere exerts on the other.

Explanation:

The gravitational force is caculated by the formula

Here, the universal gravitational constant is

Substituting the values, the gravitational force will be

Final Answer: The gravitational force that one sphere exerts on the other is 1.04 x10^-8 N.

The unit tangent vector t(1) at t = 1 is (8 i + 4 j + 2 k) / (2 √(21)).

To find the unit tangent vector, we need to take the derivative of the position vector r(t) with respect to t, and then normalize the resulting vector.

Given: r(t) = 8t i + 2t² j + 2t k, t = 1

First, let's find the derivative of r(t) with respect to t.

r'(t) = 8 i + (4t) j + 2 k

Now, substitute t = 1 into r'(t) to find the derivative at t = 1.

r'(1) = 8 i + (4 * 1) j + 2 k
      = 8 i + 4 j + 2 k

Next, to find the unit tangent vector t(t), we need to normalize r'(1) by dividing it by its magnitude.

The magnitude of a vector is found using the formula: ||v|| = √(v1² + v2² + v3²)

Let's calculate the magnitude of r'(1):

||r'(1)|| = √((8)² + (4)² + (2)²)
         = √(64 + 16 + 4)
         = √(84)
         = 2 √(21)

Finally, to find the unit tangent vector t(t), we divide r'(1) by its magnitude:

t(1) = r'(1) / ||r'(1)||
    = (8 i + 4 j + 2 k) / (2 √(21))

Therefore, the unit tangent vector t(1) at t = 1 is (8 i + 4 j + 2 k) / (2 √(21)).

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The resistivity of the material of a wire is 1. 76 × 10-8 ωm. if the diameter of the wire is 2 × 10-3 m and its length is 2 m, then its resistance is  0.0112Ω

The resistance of a wire is solely determined by its length, cross-section area, and resistivity. So we calculate the resistance of a wire by knowing its diameter, length, and resistivity (which varies depending on the material). The resistance provided by a unit length of conductor with a unit area of cross-section is defined as resistivity. Its SI unit is the ohm-meter.

It does not alter as the wire length increases, but resistance increases fourfold when the wire is stretched to double its original length. Resistivity is defined as the electrical resistance per unit length and cross-sectional area of a conductor.

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Answer:

1. 1000000

2. 1000

3. 1000000

Explanation:

If there not right. I'm sorry.

Organized energy, such as that found in a battery, is structured and easily accessible for use, whereas disorganized energy, like the thermal energy in the air, is dispersed and less available for work.

Organized energy and disorganized energy are two different ways in which energy can be classified based on its structure and use. Organized energy refers to energy that is stored or utilized in an ordered manner, whereas disorganized energy is dispersed and not readily available for work.
One example of organized energy is the electrical energy stored in a battery. This form of energy is stored in an orderly manner, and can be readily converted into other forms of energy, such as mechanical or thermal energy, for use in various applications like running a motor or powering a device.
On the other hand, an example of disorganized energy is the thermal energy present in the air as a result of random motion of particles. This energy is not concentrated in a specific location or form, making it difficult to harness and use efficiently. The random motion of air molecules leads to a dispersed energy state that is not readily available for doing work or being converted into other forms of energy.
In summary, organized energy, such as that found in a battery, is structured and easily accessible for use, whereas disorganized energy, like the thermal energy in the air, is dispersed and less available for work.

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The friction factor of the ice is M = 0.0102. The resistive friction force (Fr) defined either by ordinary or perpendicular force (N) pushing the particles close yields the coefficient of friction (fr), a numerical value.

The formula fr = Fr/N serves as a representation of it. By figuring out the greatest frictional force, someone can employ the frictional coefficient calculation to calculate the least force necessary to get an item going on a ground.

The item will advance whenever a force given to it that is larger than just the frictional force; as force is measured in newtons, as well as typical, which is a force, newtons are additionally utilized to measure normal. It's going to be cancelled out by the two military units. This coefficient of friction does not have a unit. It is a dimensionally and unitlessly empty quantity.

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Answer:

\(\boxed {\boxed {\sf 5.6 \ m/s^2}}\)

Explanation:

We are asked to find the acceleration of a sports car.

Acceleration is the rate of change of velocity with respect to time. It is the change in velocity over time. Therefore, the formula for calculating acceleration is:

\(a= \frac {v_f-v_i}{t}\)

The car can accelerate from 5.0 meters per second to 30 meters per second in 4.5 seconds.

Susbtitute the values into the formula.

\(a= \frac{ 30 \ m/s - 5.0 \ m/s}{4.5 \ s}\)

Solve the numerator.

\(a= \frac{25 \ m/s}{4.5 \ s}\)

Divide.

\(a=5.55555556\)

The original measurements all have 2 significant figures, so our answer must have the same. For this number, 2 sig fig is the tenth place. The 5 in the hundredth place tells us to round the 5 in the tenth place up to a 6.

\(a \approx 5.6 \ m/s^2\)

The sports car's acceleration is approximately 5.6 meters per second squared.