The molar specific heat of a diatomic gas is measured at constant volume and found to be 29. 1 J/mol · K. The types of energy that are contributing to the molar specific heat are(a) translation only(b) translation and rotation only(c) translation and vibration only(d) translation, rotation, and vibration

The kinetic energy of Shawn, if the he has a mass of 43. 8 kg is 14.18 J.

This is the energy of a body due to its motion.

To calculate Shawn's kinetic energy, we use the formula below.

Formula:

Where:

From the question,

Given:

Substitute these values into equation 1

Hence, Shawn's kinetic energy is 14.18 J.

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Answer:

Lenses are very important for us. Without lenses even we can't imagine the world. Without lenses our life is like life without colors.

Explanation:

Lenses are used everywhere around us in car, truck, glass, headlamps etc. It is also present in the flashlight of the LED light that is used in electronic materials.

Our eyes have also most amazing lenses. When you look at ground, at sky, and staring at moon all that happen that because of our binocular lenses. Our eyes have two type of lenses that concave lenses and convex lenses.

By these lenses we can see far and near object6s easily. Thus we used special applications of lenses to see the objects.

angular speed of the tire is 29 radius/sec

Answer:

Image below

Explanation:

The first recorded measurement of a rogue wave was on February 5, 1995, off the coast of Draupner, Norway. A single wave measuring 25.6 meters (84 ft) was measured by an oil platform.

A Rogue wave is an unusually large, unexpected and dangerous ocean wave. These waves can reach up to 30 meters in height and can occur unexpectedly without regard for the normal patterns of the sea. Rogue waves are often caused by a combination of factors such as strong winds, high tides, and underlying ocean currents. Such waves can be extremely dangerous to ships and other vessels, as they can cause serious damage or even sink them. The phenomenon of rogue waves is still not fully understood by scientists, and there is no way to predict when they may occur.

Before that, rogue waves were thought to be mythical, but this measurement showed that they can occur in real life.

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The force = 1.334 x 10⁴ N

Gravity is a force that arises because of the attraction between objects with mass.  

The magnitude of this attraction is proportional to the mass of the object.  

The greater the mass of the object, the greater the gravitational force  

Relationships can both be stated in  

Newton's Gravity Law:  

\(\rm F=G.\dfrac{m_1.m_2}{r^2}\)

with F = gravitational force,  N

G = gravitational constant,  6.67 x 10⁻¹¹ Nm²/kg²

m1, m2 = mass of object,  kg

r = distance between two objects.  m

m₁= 1 kg

m₂=2 x 10²⁰ kg

r = 1 x 10³ m

The force acting on the smaller object=The force acting on the larger object(Newton's Third Law)

\(\tt F=6.67\times 10^{-11}\dfrac{1\times 2.10^{20}}{(1\times 10^3)^2}\\\\F=1.334\times 10^4~N\)

The composition of the sun by mass of hydrogen drops, but the amount of helium grows because helium is heavier than hydrogen.

The percentage by mass of an element in a compound is the percentage the mass of that element contributes to the total mass of the substance.

The percentage by mass of an element depends on the mass of the element.

Heavier elements in equal amounts with less dense elements have a greater percentage mass.

Since the mass of the helium atom is greater than the mass of the hydrogen atom, the Sun's composition by mass of hydrogen drops while that of helium increases.

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To drag the box from point A to B on a horizontal surface using a horizontal force of 10 N, a work of 60 joules (J) must be done over a distance of 6 meters (m).

On a horizontal surface, if a box is dragged from point A to B by a horizontal force of 10 N, the work done can be calculated using the formula:

Work = Force x Distance

In this case, the force applied is 10 N and the distance between points A and B is 6 m.

Plugging these values into the formula, we get:

Work = 10 N x 6 m = 60 Nm

The unit for work is joules (J), so the work done in this scenario is 60 J.

When a force is applied to move an object, work is done.

The work done is calculated by multiplying the force applied by the distance over which the force is exerted.

In this case, the force applied is 10 N and the distance is 6 m.

Multiplying these values gives us the work done, which is 60 J.

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Answer:Two nodes and one antinodes .

Explanation:

The energy required to convert 1.70 g of ice originally at -12°C into steam at 105°C is approximately 6162.95 Joules.

To calculate this energy, we need to consider the different energy changes involved in each phase transition. First, we calculate the energy required to heat the ice from -12°C to its melting point at 0°C using the specific heat capacity of ice. Then, we calculate the energy required to melt the ice at 0°C using the heat of fusion for ice. Next, we determine the energy needed to heat the resulting water from 0°C to 100°C using the specific heat capacity of water. Finally, we calculate the energy required to convert the water at 100°C into steam at 105°C using the heat of vaporization for water. Adding up all these energy changes, we find that the total energy required is approximately 6162.95 Joules. This calculation takes into account the various temperature changes and phase transitions that the substance undergoes. It highlights the significant amount of energy needed to convert ice to steam, involving both the heating of the substance and the energy required to change its state.

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Answer:

50%

Explanation:

Given

Initial power = 200W

Final power = 300W

Increment = 300 - 200 = 100W

percentage increase = increment/initial power * 100

percentage increase = 100/200 * 100%

percentage increase = 0.5 * 100

percentage increase = 50%

Hence the percentage increase in speed is 50%

Answer:

V = IR

Explanation:

V = voltage

I = current

R = resistance

Answer:

D. Increasing resistance and keeping current from A P E X :))

Explanation:

The decreasing resistance and keeping current constant leads decreasing in voltage option (C) is correct.

Voltage is the force applied by the power source to charged electrons in a conducting loop, allowing them to perform tasks such as igniting light.

As we know according to the ohm's law:

V = IR

Where 'V' is the volatge,

'I' is the current.

'R' is the resistance.

If we assume 'I' is constant

Then V∝R

As the resistance increases the voltage increases and vice versa.

Thus, the decreasing resistance and keeping current constant leads decreasing in voltage option (C) is correct.

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Answer:

The ocean and atmosphere are connected. They work together to move heat and fresh water across the globe. Wind-driven and ocean-current circulations move warm water toward the poles and colder water toward the equator. ... The majority of the thermal energy at the Earth's surface is stored in the ocean.

Explanation:

The ocean and atmosphere are connected. They work together to move heat and fresh water across the globe. Wind-driven and ocean-current circulations move warm water toward the poles and colder water toward the equator. ... The majority of the thermal energy at the Earth's surface is stored in the ocean.

Car tires are generally considered insulators because they have a very high resistance to the flow of electricity. Insulators are materials that do not allow electric current to flow through them easily.

A substance that conducts heat or energy poorly is known as an insulator. It is a material that has a high electrical resistance, which means that it resists the passage of electric current through it. In electrical circuits, insulators are used to isolate conductors from one another and stop electricity from flowing between them.

Since it prohibits electrons from moving easily through it and has a very high resistivity, the rubber used in car tires functions well as an insulator. This makes it difficult for electric current to pass through the tire, lowering the possibility of electric shock and helping to avoid static electricity buildup.

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Answer:

The rotation of the earth on its tilted axis is the reason behind the difference in the length of the day and night time in different parts of the earth throughout the year. The annual motion of the Earth is called revolution. Since the path of the Earth is elliptical, the interval between the Earth and the Sun keeps shifting.

Explanation:

The catch in this one is:  We don't know how much force the student used to push the bike.  

It wasn't necessarily the 100N.  That's just the weight of the bike. But you know that you can push a car, a wagon, or a bicycle hard, you can push it not so hard, you can give it a little push, you can give it a big push, you can push it strong, you can push it weak, you can push it medium.  The harder you push, the more it'll accelerate, but it's completely up to you how hard you want to push.  That's what's so great about wheels !  That's why they were such a great invention ! This is where I made my biggest mistake. This guy came into my store one day and said he's got this great invention, it's definitely going to take off, it'll be a winner for sure, he called it a "wheel".  I looked at it, I turned it over and I looked on all sides. I thought it was too simple.  I didn't know then it was elegant. I threw him out.  I was so dumb.  I could have invested money in that guy, today I would have probably more than a hundred dollars.

Anyway, can we figure out how much force the student used to push with ?  Stay tuned:

-- The bike covered 15 meters in 5 seconds.  Its average speed during the whole push was (15m/5s) = 3 meters/sec.

-- If the bike started out with no speed, and its average speed was 3 m/s, then it must have been moving at 6 m/s at the end of the push.

-- If its speed increased from zero to 6 m/s in 5 seconds, then its acceleration was (6m/s / 5 sec) = 1.2 m/s²

-- The bike's weight is 100N.  

(mass) x (gravity) = 100N

Bikemass = (100N) / (9.8 m/s²)

Bikemass = 10.2 kilograms

-- F = m A

Force = (mass) x (acceleration)

Force = (10.2 kg) x (1.2 m/s²)

Force = 12.24 N

-- Work = (force) x (distance)

Work = (12.24 N) x (15 m)

Work = 183.67 Joules

-- Power = (work done) / (time to do the work)

Power = (183.67 joules) / (5 seconds)

Power = 36.73 watts

Answer:

\( \boxed{\sf Final \ velocity = 20 \ m/s} \)

Given:

Initial velocity (u) = 0 m/s

Acceleration (a) = 2 m/s²

Time taken (t) = 10 seconds

To Find:

Final velocity (v)

Explanation:

\(\sf From \ equation \ of \ motion: \\ \sf v = u + at \\ \\ \sf v = 0 + 2(10) \\ \\ \sf v = 2 \times 10 \\ \\ \sf v = 20 \ m/s\)

The statement "data localization involves transforming a query into fragments that explicitly reference data at one site" is false because It aims to ensure that data generated by individuals or organizations within a certain jurisdiction remains within that jurisdiction and is subject to local laws and regulations

Data localization refers to the practice of storing and processing data within the jurisdiction or geographical boundaries of a specific country or region. Transforming a query into fragments that explicitly reference data at one site is not a characteristic of data localization. Instead, it refers to a query-based approach where data is fragmented and distributed across multiple sites or servers for efficient processing and retrieval.

Data localization typically involves measures such as data residency requirements, where data must be physically stored within a specific location, or data sovereignty regulations that mandate local control and jurisdiction over data. The intention behind data localization is often driven by factors such as data security, privacy concerns, compliance with local regulations, or promoting domestic industry and economic growth.

In summary, data localization does not involve transforming queries into fragments that explicitly reference data at one site. It focuses on the physical storage and processing of data within a specific jurisdiction.

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Explanation:

The relationship of the speed of sound, its frequency, and wavelength is the same as for all waves: vw = fλ, where vw is the speed of sound, f is its frequency, and λ is its wavelength.

The average angular velocity of the pinwheel is approximately 808.99 rad/s.

The average angular velocity of the pinwheel in each scenario, we can use the formula:

Angular velocity (ω) = Change in angle (Δθ) / Time taken (Δt)

The average angular velocity for each scenario:

(a) When the pinwheel rotates from θ=0° to θ=90° in a time of 0.1105 seconds:

Angular velocity (ω) = (Δθ) / (Δt) = (90° - 0°) / 0.1105 s = 814.47 rad/s (rounded to two decimal places)

Therefore, the average angular velocity of the pinwheel is approximately 814.47 rad/s.

(b) When the pinwheel rotates from θ=0° to θ=180° in a time of 0.2205 seconds:

Angular velocity (ω) = (Δθ) / (Δt) = (180° - 0°) / 0.2205 s = 816.53 rad/s (rounded to two decimal places)

Therefore, the average angular velocity of the pinwheel is approximately 816.53 rad/s.

(c) When the pinwheel rotates from θ=0° to θ=270° in a time of 0.30 seconds:

Angular velocity (ω) = (Δθ) / (Δt) = (270° - 0°) / 0.30 s = 900 rad/s

Therefore, the average angular velocity of the pinwheel is 900 rad/s.

(d) When the pinwheel rotates from θ=0° to θ=360° in a time of 0.445 seconds:

Angular velocity (ω) = (Δθ) / (Δt) = (360° - 0°) / 0.445 s = 808.99 rad/s (rounded to two decimal places)

Therefore, the average angular velocity of the pinwheel is approximately 808.99 rad/s.

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If ocean temperatures are increasing under climate change, then it might alter the carbon cycle and therefore it may have negative outcomes on the biological pump.

The term biological pump makes reference to the mechanism by which inorganic carbon atoms can be fixed into organisms due to photosynthetic processes, which is key to maintaining the homeostasis of the biosphere.

Therefore, with this data, we can see that the increase in ocean temperature may impact on the state of equilibrium of the biosphere by altering the carbon cycle and consequently affecting the biological pump.

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All human cells contain mitochondria, which function as the cell's main "power generator" by transforming energy from food into a form the cell can use. Mitochondria are found in the cytoplasm of all human cells.

How do a generator and a mitochondria compare?

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The units of the three numbers in the expression are 2 for the initial angular velocity in radians per second (rad / s), 3 for the angular acceleration in radians per second squared (rad / s²), and 6 in radians per second cubed (rad / s³).

The units of the three numbers in the expression for angular velocity are

Here, 2 is the constant term in the expression, so it represents the initial angular velocity. The units of the initial angular velocity are radians per second (rad / s).

Here 3 is the coefficient of the linear term in the expression, so it represents the angular acceleration. The units of the angular acceleration are radians per second squared (rad / s²).

Here 6 is the coefficient of the quadratic term in the expression, so it represents the rate of change of angular acceleration. The units are radians per second cubed (rad / s³).

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Answer:

You can use a block and an inclined plane (just a tilted board)

Place the block on the plane and gradually increase the angle the plane makes with the horizontal.

Static friction will keep the block in place (no sliding) until the angle between the plane and the horizontal is large enough. The block will now slide but is still under the influence of kinetic friction. Thus static friction is greater than sliding friction.

The Aries constellation will be close to the sun in the Taurus constellation.

From the diagrammatic representation of various constellations from morning till midnight, it can be easily observed where the sun will be around 3 pm. If on a particular day you could see stars during the day. The Sun is close to the Taurus constellation's stars. The Aries constellation will be displayed at 3 pm.

In astronomical sciences, the definite location and pattern of the star are known as constellations. These were discovered in previous centuries and named after different earthly things due to their resemblance. Astronomers and navigators can utilise constellations to help in finding specific stars as well as helpful in determining routes in travelling.

Hence, constellation are observed in specific duration.

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Answer/Explanation:

Part 1: 13 chromosomes.

Reproductive cell, male or female, whose nucleus contains only one chromosome of each pair (they are said to be haploid n = 13) and which unites with the gamete of the opposite sex (fertilization) to give birth to an egg (zygote 2n = 26 ) diploid resulting from the association of the two gametes with each his half of the genetic capital.

2. The process of creating a new flower is called reproduction.

Human reproduction is the process by which a man and a woman engender a new individual. It is a method of sexual reproduction.

Sexual reproduction requires:

This soccer technology fair challenge serves to acquaint college students with simple records of how the quantity of air in a football ball can have an effect on the distance it travels while kicked with the regular force.

Velocity / (vɪˈlɒsɪtɪ) / noun plural ties the pace of movement, motion, or operation rapidity; swiftness. physics is a degree of the charge of the movement of a frame expressed as the price of alternate of its role in a specific route with time.

Now that the variety of projectile is given by R = u 2 sin ⁡ 2 θ g, while could be most for a given preliminary speed velocity is the directional velocity of an item in movement as a demonstration of its fee of change in position as observed from a particular body of reference and as measured by using a specific trendy of time.

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Answer:

Answer is D

Explanation:

edg 2021 D!!

Answer:

Soft serve ice cream

Explanation:

1g fat = 9 calories

take the fat numbers for each option and multiple by 9 and see who gives you 101

vanilla ice cream = 11.2 x 9 = 100.8 rounded to 101

frozen yogurt = 4 x 9 = 36

French fries = 24.7 x 9 = 222.3

pretzels = 1 x 9 = 9