Tim Kylie is one of the world's top chefs. He is best known for his signature dish, triple-dipped chip steak. This masterpiece contains over a pound of beef braised in duck fat. Another of Chef Kylie's more celebrated dishes is the Hamslaughter Supreme. This dish features ham stuffed sausage links presented in a basket made of braided bacon. While carnivores around the world roar for Chef Kylie's creations, it is unlikely that Chef Kylie will dine with them. As a longtime vegan, Chef Kylie would never dream of devouring one of his own dishes. What type of irony? explain your answer

Answer:

inches and feet (or even centameters)

Explanation:

these are all common units used to measure height

Answer: movement, or a tendency to move, toward a center of gravity, as in the falling of bodies to the earth.

Answer:

something that keep you from floating :(

Explanation:

Answer:

well..

Explanation:

Liquid can flow but solid cannot because of differences in their properties

property of liquid which lets it flow:

property of solid which tends to obstruct flow:

Hope this helps!

It is possible to determine that the string's fundamental frequency will be 45 Hz using basic harmonic motion.

The length of the string affects the standing wave's wavelength for each harmonic. Taking into account that the string's length and wavelength are the same It implies that the length of the string is equal to one wavelength. Answers would vary if more wavelengths were produced. The wavelength is therefore 1 m. 45 m/s for the wave speed. As can be seen from basic harmonic motion, Speed x Wavelength = Frequency, recurrence = 45/1, and frequency is 45 hertz. As a result, the string's frequency is 45 Hz. Over the length of the guitar string, there will be 3/2 wavelengths at the third harmonic. In other words, L = (3/2) where L is the length of a guitar string and is the wavelength.

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Atoms held together through shared electrons.

A molecule is composed of atoms. Atoms are the smallest particles of a substance which can take part in a chemical reaction. Atoms are composed of electrons and the electrons in the outermost shell of atoms help bond atoms together in a molecule.

Hence, atoms are held together in molecules by electrons so they are held together through shared electrons.

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By deducting the higher frequency (70 Hz) from the lower frequency (66 Hz), the beat frequency, which is 4 Hz, can be computed.

When two notes with slightly different frequencies are sounded together, they create a beat frequency, which is the difference between the two frequencies. In this case, the beat frequency can be calculated by subtracting the lower frequency (66 Hz) from the higher frequency (70 Hz), which results in a beat frequency of 4 Hz.

This means that the two notes are interfering with each other, creating four beats per second.

These beats are audible and can be heard as a pulsating sound, which is the beat frequency. The speed of the beats depends on the difference between the two frequencies, and the closer the frequencies are, the slower the beats will be. This phenomenon is used in tuning musical instruments to achieve perfect harmony and eliminate dissonance.

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According to the given statement the number x is 2. The number x represents the dimensions of the term p * a in the given equation.

By comparing the dimensions of both sides of the equation, we find that x is equal to 2.

The equation given is:

Volume per second = k * (p * a) / n

Where:
- k is a constant
- p is the excess pressure (force per unit area)
- a is the radius of the pipe
- n is the frictional quantity of dimension MLT⁻¹


To find the number x, we need to determine the dimensions of each term in the equation.

1. Dimension of Volume per second:

  - Volume has the dimension L³ (length cubed)
  - Time has the dimension T (time)
  - Therefore, Volume per second has the dimension L³  / T

2. Dimension of k:

  - The equation states that k is a constant. Constants are dimensionless.

3. Dimension of p * a:

  - Pressure has the dimension M / (L * T² ) (mass divided by length and time squared)
  - Radius has the dimension L (length)
  - Multiplying pressure by radius results in the dimension M / (L * T² ) * L = M / (L²  * T² )

4. Dimension of n:

  - Given in the question, n has the dimension MLT⁻¹
(mass times length times time to the power of -1)

Now, we can equate the dimensions:

L³  / T = k * (M / (L²  * T² )) * MLT⁻¹


Simplifying the dimensions:

L³  / T = k * M / (L²  * T² ) * MLT⁻¹


L³  / T = k * M / L²  * M / T²  * L^-1 * T⁻¹


L³  / T = k * M²  / L²  * T⁻¹


To equate the dimensions, both sides of the equation must have the same dimensions. Therefore:

L³ / T = k * M² / L² * T⁻¹


Comparing the dimensions on both sides, we can conclude:

L³ / T = k * M² / L²* T⁻¹

The dimensions on the left side are L^3 / T, and the dimensions on the right side are (k * M²) / (L² * T).

Therefore, the number x is 2.

The number x represents the dimensions of the term p * a in the given equation.

By comparing the dimensions of both sides of the equation, we find that x is equal to 2.

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Take the free-fall acceleration to be gg = 9.80 m/s2m/s2.

In geometry, a round shell is a generalization of an annulus to three dimensions. it's far the area of a ball among concentric spheres of differing radii.

A round shell is an area among two concentric spheres of differing radii while a sphere is a spherical strong determine, or its floor, with every factor on its surface equidistant from its center. example: A stable cylinder of glass, the radius of whose base is 9cm and the peak is 12cm, is melted and changed into a sphere.

Something spherical is like a sphere in being round, or extra or less spherical, in 3 dimensions. Apples and oranges are both spherical, for example, despite the fact that they're in no way flawlessly round. A spheroid has a more or less spherical shape; so an asteroid, for instance, is regularly spherical, however lumpy.

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Answer:

See below

Explanation:

v = a t     =  3.5 s  * 10 m/s^2  = 35 m/s

The pace at which an object's velocity changes is known as acceleration. where an is the acceleration, v is the object's ultimate velocity, u is its starting velocity, and t is the amount of time that has passed. The speed after falling for 3.5 s is 35 m/s.

v = u + at is the first equation of motion. Here, v denotes the end speed, u is the starting speed, a is the acceleration, and t is the passage of time. The first equation of motion is provided by the velocity-time relation, which may be used to calculate acceleration.

Here taking the initial velocity as zero, then the expression is:

v = at

v = 10.0 m /s² × 3.5 s

v = 35 m/s

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Answer:

39 km/hr (rounded)

Explanation:

use the equation speed=distance/time

Answer:

Explanation:

3hrs 45mins = 3 3/4 hours or 15/4 hours

average speed = 145km/15/4 = 145 x 4/15 = 29 x 4/3 = 38.67 km/h

m/s = 5/18 km/h

38.67 x 5/18 = 10.74 m/s

Answer:

El delfín nada a una profundidad de 22 m

Explanation:

El principio fundamental de la hidrostática establece que la presión en un punto del interior de un fluido (presión hidrostática) es directamente proporcional a su densidad, a la profundidad que se encuentre dicho punto y a la gravedad del sitio en el que se encuentre el fluido.

Esto se expresa como:

P=ρ⋅g⋅h

donde:

En este caso:

Reemplazando:

2.22*10⁵ Pa= 1,030 \(\frac{kg}{m^{3} }\) * 9.8 \(\frac{m}{s^{2} }\) * h

Resolviendo:

\(h=\frac{2.22*10^{5} Pa}{1,030\frac{kg}{m^{3} }*9.8 \frac{m}{s^{2} }}\)

h= 21.993 m ≅ 22 m

El delfín nada a una profundidad de 22 m

The equation that states the law of conservation of energy is:

ΔE = q + w

Hence, the correct option is C.

In this equation, ΔE represents the change in energy of a system, q represents the heat transferred to or from the system, and w represents the work done on or by the system.

According to the law of conservation of energy, the total energy of a closed system remains constant; it can neither be created nor destroyed, only transferred or transformed from one form to another.

This equation expresses that the change in energy of a system is equal to the heat added or removed from the system plus the work done on or by the system.

Therefore, The equation that states the law of conservation of energy is:

ΔE = q + w

Hence, the correct option is C.

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LIGO detect gravitational waves by: looks for changes in the distance between sets of mirrors located at right angles to each other, uses lasers in an interferometer, and looks for the same signal nearly simultaneously in two different detectors located a few miles apart.

So, the correct answer is A, B and D.

LIGO, or the Laser Interferometer Gravitational-Wave Observatory, detects gravitational waves using lasers in an interferometer.

It does this by looking for changes in the distance between sets of mirrors located at right angles to each other.

When a gravitational wave passes through, it causes the mirrors to move slightly, which can be detected by the interference pattern of the laser beams. LIGO also looks for the same signal nearly simultaneously in two different detectors located a few miles apart to confirm the detection.

By detecting gravitational waves, LIGO allows us to study the universe in a new way, opening up opportunities for new discoveries and insights into the nature of space and time.

Hence, the answer of the question is A, B and D.

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The correct expression for the rotational inertia of the spherically shaped object is \(\(\text{c) } 3.6m^5\)\).

In the given scenario, the students determine that the radius of the object is given by \(\(r = km^2\) with \(k = 3\, \text{m/kg}^2\)\). To calculate the rotational inertia of the object, we need to use the formula for rotational inertia of a spherical object, which is given by \(\(I = \frac{2}{5}mr^2\)\), where m is the mass of the object and r is the radius.

Substituting the given expression for r in terms of m, we have \(\(I = \frac{2}{5}m(km^2)^2\)\). Simplifying this equation, we get \(\(I = \frac{2}{5}mk^2m^4\)\).

Substituting the value of \(\(k = 3\, \text{m/kg}^2\)\), we have \(\(I = \frac{2}{5}(3\, \text{m/kg}^2)^2m^5\)\), which further simplifies to \(\(I = \frac{2}{5} \times 9 \, \text{m}^2/\text{kg}^2 \times m^5\)\).

Finally, multiplying the constants, we get \(\(I = 3.6 \, \text{m}^2/\text{kg}^2 \times m^5\)\), which corresponds to option c) \(3.6 \(m^5\)\).

Therefore, the correct expression for the rotational inertia of the object is \(3.6 \(m^5\)\).

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Answer: The total amount of energy and matter in the Universe remains constant, merely changing from one form to another. The First Law of Thermodynamics (Conservation) states that energy is always conserved, it cannot be created or destroyed. In essence, energy can be converted from one form into another. Hopefully i helped

Explanation:

The kind of plate boundary found where the Caribbean and North American meet is a transform plate boundary.

This is due to the way that the North American and Caribbean tectonic plates move in relation to one another. The North American Plate moves in a westerly direction, while the Caribbean Plate moves in an easterly direction. The boundary where they meet is characterized by a significant amount of seismic activity, as the two plates move and grind against each other. This movement results in the formation of a fault line, known as the North American-Caribbean Plate Boundary, which extends from the eastern edge of the Caribbean Plate to the northern coast of South America.

Transform plate boundaries occur where two tectonic plates slide past one another in opposite directions. This is in contrast to convergent boundaries, where two plates move towards one another, or divergent boundaries, where two plates move away from each other. At transform boundaries, the movement of the plates is characterized by a significant amount of friction, as the two plates rub against each other. This can cause earthquakes and other geological activity in the region.

The North American-Caribbean Plate Boundary is a particularly important transform boundary, due to its location in the Caribbean Sea. The boundary extends for around 5000 kilometers, from the eastern edge of the Caribbean Plate to the northern coast of South America. It is one of the most seismically active regions in the world, due to the constant movement of the two tectonic plates. The Caribbean Plate is moving eastward at a rate of around 2 cm per year, while the North American Plate is moving westward at around the same rate.

In conclusion, the kind of plate boundary found where the Caribbean and North American meet is a transform plate boundary. This boundary is characterized by the movement of two tectonic plates in opposite directions, resulting in a significant amount of seismic activity in the region. The North American-Caribbean Plate Boundary is one of the most seismically active regions in the world, due to the constant movement of the two plates.

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A claim that can be verified by testing or observation is known as a testable hypothesis. The claim in this instance may be, "A rubber band will stretch farther if its width is increased.

Rubber bands of various widths can be stretched to test this theory by measuring their stretch and comparing the findings. Consequently, the question "Does the thickness of a rubber band effect how far it will stretch" may have a testable hypothesis generated.

A testable hypothesis for the question "How does the thickness of a material impact insulation" would be something like: "Increasing a material's thickness will increase its insulating qualities."

Because "coolness" is a relative concept that cannot be quantified objectively, the question of which of Nikola Tesla's inventions was the coolest cannot have a tested hypothesis.

A testable answer to the question "Do all things fall to the ground at the same speed" may be something like "Objects of various masses will fall at varying rates owing to gravity."

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A, B & D are the correct answers

The average force that acts on the driver is equal to 1100N.

The equations of motion have described the relationship between the velocity, acceleration, time, and displacement of a moving object.

The mathematical expressions of the equations of motions can be written as:

\(v= u+at\)

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

\(v^2-u^2=2aS\)

Given, the automobile is traveling with velocity, u = 72 Km/hr = 20m/s

The final velocity of the automobile, v = 0

The time for which the driver comes to rest, t = 0.10 sec

From the 1st equation of motion: v = u + at

0 = 20 + a (0.10)

a = - 200 m/s²

The mass of the driver, m = 55 Kg

The average force, F = ma = 55 × 20 =  1100 N

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Answer:

2

Explanation:

H2O has -

2 hydrogen atoms

1 oxygen

Answer: 2

Explanation:

Mrs. Suki is looking for a material to place on the floor under the preschooler's cubbies that will reduce the momentum of a dropped lunch box and prevent it from breaking.

A preschooler's cubby is a small, personal storage space designed for children to store their belongings at school, daycare, or a similar educational setting. It is typically an open shelf or cabinet with multiple compartments for each child to store their items.

Based on her testing, she found that Material #1 is the best option because it causes the lunch box momentum to decrease to 0 in the shortest amount of time, 1 second. Material #2 is a good option too, but it takes 2 seconds for the momentum to decrease to 0, which is slightly longer than Material #1. Therefore, Material #1 is the best choice for reducing the momentum of a dropped lunch box and keeping it from breaking.

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Answer:

B is 1

C is 2 I believe

D I'm pretty sure is 3

Explanation:

you can look the answers up :D!

Answer:

D

Explanation:

There are no exceptions to these laws under specific stated conditions..

The laws of science are statements that describe or predict a range of phenomena as they appear in nature. Laws explain facts determined by experiment. Laws do not have absolute certainty and be changed by future experiments and observations.

Answer:

there are no exceptions to these laws under specific stated conditions.

Explanation:

There are no exceptions to scientific laws under certain stated conditions. This is the main factor that distinguishes scientific theories from scientific laws.

Both scientific theories and laws are based on extensive observations, experimentation, and reasoning, but scientific theories are subject to change over time as new technology is invented and new evidence emerges.

The total resistance when generating power of 30 kW is 3 x 10¯⁶ Ω.

We need to know about power to solve this problem. Power is the energy dissipated because of resistance. The magnitude of power is proportional to current and voltage. It can be determined as

P = I . V

where P is power, I is current and V is voltage.

By using Ohm's Law, power also can be calculated using resistance.

P = V² / R

where R is resistance.

From the question above, we know that

P = 30 kW = 30000 W

V = 100 kV = 100000

By substituting the following parameters, we get

P = V² / R

30000 = 100000² . R

R = 30000 / 100000²

R = 3 x 10¯⁶ Ω

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We have that the velocity of the ball when it hits the glass.Using the appropriate significant figures is

V=4.43ft/s

From the question we are told that

Generally the equation for the Velocity  is mathematically given as

\(V^2=2as\\\\Therefore\\\\V=\sqrt{2*9.8*1}\\\\V=4.43ft/s\)

Therefore

the velocity of the ball when it hits the glass.Using the appropriate significant figures is

V=4.43ft/s

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Answer:

The world would have been blown up by now.

Explanation:

Hypothetically, lets say that someone gave Kim Jong boi a cup of coffee.

He gets mad at the "public servant" since it didn't contain 3 posafa43asdunds of sugar which makes him "big".

The public servant claims they added jfoaj4su38093 units of sugar, which is equivalent to 3 posafa43asdunds.

He gets mad and launches big cannons at Trump since he blames Boe Jiden.

Answer:

27.8 mph

Explanation:

May I have brainliest please? :)

The depth to this underwater mountain is 8410 m.

An echo is the sound heard after the reflection of the initial sound from a reflecting surface.

The echo time or the time taken for an echo to be heard is used to calculate the distance from the reflecting surface.

The Distance is of a place from the time taken to hear an echo is calculated as follows:

Distance = Speed * Time/2

Distance = 1450 * 11.6/2

Distance = 8410 m

Therefore, the depth to this underwater mountain is 8410 m.

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