Which increases along faults and leads to rock breaking?

A. damage

B. earthquake

C. focus

D. stress​

The value of x is 25 cm³.

Total mass = m1 + m2

m₁ = 0.8 × x =0.8x g

m₂ = 1 × 100 = 100g

Total = (0.8x + 1000)g

Total volume = (x +100)/(x+100) = 0.96

x  =   4/0.16

   = 25 cm³    

Hence, The value of x is 25 cm³.

Mass is the amount of depend in a physical body. it's also a measure of the body's inertia, the resistance to acceleration while a internet force is applied. An object's mass additionally determines the energy of its gravitational appeal to other bodies.

Mass can be exceptional understood as the quantity of count number present in any object or frame. The entirety we see round us has mass. as an instance, a desk, a chair, your bed, a football, a pitcher, and even air has mass. That being said, all gadgets are mild or heavy because of their mass.

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The relationship between a magnetic field and an electric current can be described using these terms: magnetic field, electric current, electromagnetism, and the right-hand rule.

A magnetic field is a region around a magnet where magnetic forces can be felt. An electric current is a flow of electric charge, typically through a conductor such as a wire.

The relationship between a magnetic field and an electric current is described by the concept of electromagnetism.

When an electric current flows through a conductor, it generates a magnetic field around it. This phenomenon is known as the magnetic effect of current or electromagnetism.

The direction and strength of the magnetic field produced by an electric current can be determined using the right-hand rule. If you point your thumb in the direction of the current flow and curl your fingers around the conductor, your fingers will point in the direction of the magnetic field lines.

In summary, the relationship between a magnetic field and an electric current is based on electromagnetism, where an electric current flowing through a conductor generates a magnetic field around it. The right-hand rule can be used to determine the direction and strength of the magnetic field produced by the electric current.

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Answer:

False.

Explanation:

A warm up is stretching in the beginning.

The impedance of the parallel RC branch is 7.07 ohms. It is denoted by the letter Z.

The total resistance a circuit or a section of a circuit provides to electric current is measured as electrical impedance. Resistance and reactance are both parts of impedance. The current-carrying charged particles collide with the conductor's internal architecture, creating the resistance component.

Resistance and reactance combined makeupup impedance. Ohm is the SI unit for reactance (X), resistance (R), and impedance (Z). Electrical parts like capacitors and inductors offer reactance, a type of fictitious resistance. Inductive reactance, denoted by the formula XL = 2fL, is the reactance offered by the inductor.

\(I_C = E_C_ / X_C_\)

\(I_C = 10 / 10\)

\(I_C= 1 A\)

\(I_R= E_R_ / R\)

\(I_R_ = 10 / 10\)

\(I_R = 1 A\\I_T = sqrt (I_R^2 + I_C^2)\\I_T_ = sqrt (1 + 1)\\I_T= 1.414 A\\Z_RC = E_RC_/ I_T\\Z_RC_ = 10 / 1.414\\Z_RC_ = 7.07 ohms\)

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Answer:

11 cm and concave

Explanation:

edge 2021

Answer:

it is -21, The top part is correct it is only the second part this is the first part.

Explanation:

The angular acceleration of the system is 75 rad/s².

1. We are given that the mass of the rod, m, is 60.0 g (or 0.060 kg).

2. The length of the rod, L, is 40.0 cm (or 0.40 m).

3. The torque applied to accelerate the system is 0.120 Nm.

4. To find the angular acceleration, we can use the formula:

  τ = Iα, where τ is the torque, I is the moment of inertia, and α is the angular acceleration.

5. The moment of inertia for a rod rotating about one end is given by:

  I = (1/3) * m * L².

6. Substituting the given values:

  I = (1/3) * 0.060 kg * (0.40 m)²

     = 0.0016 kg * m².

7. Now we can rearrange the torque formula to solve for α:

  α = τ / I.

8. Substituting the values:

  α = 0.120 Nm / 0.0016 kg * m²

     = 75 rad/s².

9. Therefore, the angular acceleration of the system is 75 rad/s².

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Answer:

The difference between a short-term and a long-term fitness goal is that short-term fitness goals are ones you could complete in a short period of time, a long term goal is something you'd work on for months or years.

An example of a short-term fitness goal: working out 2 times a week

An example of a long-term fitness goal: having a better diet or more lifestyle improvements

Answer:

EQUAL

Explanation:

Energy entering the Earth needs to _____EQUAL_____________ the energy leaving the Earth.

Answer:

Equal

Explanation:

YAY 25 for 400

yayayayyayayya

thanks bro

tayyyyyyyyyyyyyyyyyyyyyyyyy

Answer:

46,080N

Explanation:

Fc=mv^2/r

Fc=30kg*(48m/s)^2/1.5m

Fc=69,120kg*m^2/s^2/1.5m

Fc=46,080kg*m/s or 46,080N

This question is asking for the sensitivity of a force sensor, which is the voltage output (V) perforce input (N). The force sensor provides the following voltage outputs for force inputs from 0 to 5 N: 0.4 N.


To determine the sensitivity of a force sensor in volts per newton, the following formula may be used: Sensitivity = (Vmax - Vmin) / Fmax - FminWhere: Vmax is the maximum voltage output of the sensor. F max is the maximum force input of the sensor. Vmin is the minimum voltage output of the sensor.

Fmin is the minimum force input of the sensor. The question provides a force sensor's voltage output for force inputs ranging from 0 to 5 N, but the values for Vmax, Vmin, Fmax, and Fmin must be determined before using the formula. The question does not provide these values.

However, the sensitivity can be estimated by selecting the values closest to Vmax, Vmin, Fmax, and Fmin in the data provided. Sensitivity = (1.5 V - 0 V) / 5 N - 0 NSensitivity = 0.4 V/NThe sensitivity of the force sensor is 0.4 V/N.

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Answer:

V = 10

I = 2

R = ?

from,

R = V/I

R = 10/2 = 5 ohms.

P.S; don't die. :))

Answer:

your answer is 0.814.

Explanation:

you divide the total distance traveled by the time taken

Answer:

Explanation:

Given data

mass m= 45g

volume v= 9mL

we know that density=m/v

substituting our given data we have

\(density=\frac{45}{9} =5g/mL\)

What is Density?

The Density of a body can be defined as the ratio of mass to volume,

or

Density, mass of a unit volume of a material substance. The formula for density is \(Density= \frac{mass}{volume}\),

where d is density,

M is mass, and

V is volume.

Density is commonly expressed in units of grams per cubic centimetre.

Answer:

7716.179 pounds? Are you asking for a conversion or something different?

Explanation:

The reason is simple. Speed is the time rate at which an object is moving along a path, while velocity is the rate and direction of an object's movement. Put another way, speed is a scalar value, while velocity is a vector.

Density is a physical property and is measured in a wide variety of units. However, the most suitable measurement unit for density is the kg/m³. The formula to measure the density of an object is given byd = m/VWhere d represents density, m represents mass, and V represents volume.

The units of density will depend on the units of mass and volume. For example, if the mass is measured in kilograms and the volume is measured in cubic meters, the density will be measured in kilograms per cubic meter (kg/m³). The kg/m³ measurement is the most suitable for density because it gives the mass of an object per unit of volume in a standardized form.

In general, density is expressed in terms of mass per unit volume and the SI units of mass and volume are kilograms and cubic meters, respectively. Therefore, the appropriate measurement unit for density is kg/m³.

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Orbital velocity of satellite

\(v = \sqrt{ \frac{gm}{r} } \)

Radius of new orbit r' =6r

Thus new orbital velocity of satellite:

\(v = \sqrt{ \frac{gm}{6r} } = \frac{v}{ \sqrt{6} } \)

For satellites in circular orbits, the relationship between orbital velocity and altitude is strict. The task of a satellite launch rocket is to release the satellite at a suitable place in space, with the appropriate speed and direction of movement to put it in the desired orbit.

How a satellite stays in orbit can be thought of in two equivalent ways, both of which explain the relationship between the satellite's altitude and velocity.

The motion of the satellite can be seen as creating a centrifugal force that opposes the gravitational pull. For example, imagine attaching an object to a string and swinging it in a circle. The object is pulling outward against the string, and that outward force (centrifugal force) becomes greater the faster the object swings. At the right speed, the centrifugal force of the satellite due to motion around the earth just balances the gravitational pull, and the satellite remains in orbit.

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Know vernier caliper to analysis this image.

What is vernier caliper?

A tool for measuring linear dimensions Utilizing the measuring jaws, it is also used to determine the diameter of a sphere.

What is contained in the vernier caliper?

A large vernier caliper used to measure interior building dimensions.

The smallest reading on the vernier caliper's main scale is equal to its least count, which is equal to 1 mm divided by 10 divisions, or 0.1 mm. Length = (VSR * LC) + MSR is used to calculate the length of the object. MSR: the principal scale reading.

Along the vernier calliper's body is a substantial scale. Depending on how it is being used, the main scale's reading may be in centimeters or millimeters. According to SI units, 1 mm is the smallest main scale division.

Therefore, 1 mm is the smallest main scale division.

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It would take approximately 317 Earths to equal the mass of Jupiter.

What is mass?

Mass is a fundamental physical property of matter, representing the amount of matter in an object. It is a scalar quantity, measured in kilograms (kg) in the SI system of units.

To convert the masses of Jupiter and Earth from grams to kilograms, we divide by 1000:
Mass of Jupiter = \(1.9 \times 10^{30} g = 1.9 \times 10^{30} / 1000 = 1.9 \times 10^{27} kg\)
Mass of Earth = \(5.98 \times 10^{27} g = 5.98 \times 10^{27} / 1000 = 5.98 \times 10^{24} kg\)
To calculate the volume of Jupiter and Earth, we can use the formula for the volume of a sphere:
Volume of Jupiter = (4/3)πr^3, where r is the radius of Jupiter.
Using the formula for the volume of a sphere, we can solve for the radius of Jupiter:
\((4/3)\pi r^3 = (1.9 \times 10^{27} kg) / (1.33 kg/m^3)\\r^3 = (1.9 \times 10^{27} kg) / (1.33 kg/m^3 \times (4/3)\pi)\\r^3 = 3.98 \times 10^{26} m^3\\r = (3.98 \times 10^{26} m^3)^{(1/3)} = 7.15 \times 10^7 m\\\)
Therefore, the radius of Jupiter is approximately \(7.15 \times 10^7 m\). Using this radius, we can calculate the volume of Jupiter:
Volume of Jupiter = \((4/3)\pi (7.15 \times 10^7 m)^3 = 1.43 \times 10^{27} m^3\)
Using the same formula, we can calculate the volume of Earth:
Volume of Earth = \((4/3)\pi(6.37 \times 10^6 m)^3 = 1.08 \times 10^{21} m^3\)
To calculate how many Earths would fit into Jupiter, we can use the ratio of their volumes:

\((1.43 \times 10^{27} m^3) / (1.08 \times 10^{21} m^3) = 1320\)
Therefore, approximately 1320 Earths would fit inside Jupiter.
To calculate how many Earths it would take to equal the mass of Jupiter, we divide the mass of Jupiter by the mass of Earth: \(1.9 \times 10^{27} kg / 5.98 \times 10^{24} kg = 317.4\)
Therefore, it would take approximately 317 Earths to equal the mass of Jupiter.

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a. oxygen

The major atmospheric component that is chiefly a product of life processes is oxygen.
This is because oxygen is produced through the process of photosynthesis, which is carried out by plants and some microorganisms. During photosynthesis, these organisms convert sunlight, carbon dioxide, and water into oxygen and glucose. the atmospheric component of the global phosphorus cycle is much reduced in comparison to the atmospheric component of the carbon and nitrogen cycles. The atmosphere of Earth is composed of nitrogen (seventy eight%), oxygen (21%), argon (0.9%), carbon dioxide (zero.04%) and trace gases.[2] most organisms use oxygen for breathing; lightning and bacteria perform nitrogen fixation to supply ammonia that is used to make nucleotides.

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The partial pressures of gases in cells of systemic tissues result from the process of gas exchange and cellular respiration.

The partial pressures of gases in cells of systemic tissues result from the process of gas exchange and cellular respiration.

During cellular respiration, cells metabolize glucose and produce carbon dioxide (CO2) as a waste product. At the same time, oxygen (O2) is required for cellular respiration to occur.

The partial pressure of a gas refers to the pressure exerted by that gas in a mixture. In systemic tissues, oxygen diffuses from the bloodstream into the cells, where it is consumed in cellular respiration. As a result, the partial pressure of oxygen decreases in the cells.

Conversely, carbon dioxide produced by cellular respiration diffuses out of the cells into the bloodstream, leading to an increase in the partial pressure of carbon dioxide in the cells.

The partial pressures of gases in cells of systemic tissues are determined by the balance between gas diffusion and the metabolic activities of the cells. This allows for efficient gas exchange and the supply of oxygen for cellular respiration while removing carbon dioxide waste from the cells.

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The sundew plant has to digest insects because to obtain nutrients that are lacking in its habitat, such as nitrogen and phosphorus.

Sundews grow in nutrient-poor soils and have evolved to capture insects as a way to supplement their diet. They have developed specialized leaves that produce a sticky, sweet substance to attract and trap small insects, and then use enzymes to digest them.

This process allows the sundew plant to extract essential nutrients from the insect's body, which are then used for growth and reproduction. Without the ability to digest insects, the sundew plant would struggle to survive in its harsh environment and would be at a disadvantage compared to other plant species.

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One of the best defensive driving techniques for windy conditions is driving with both hands on the steering wheel.

When driving in windy conditions, it is essential to take some safety precautions to avoid accidents and maintain control over the vehicle. A vehicle's stability and safety depend on the driver's ability to control it, especially in extreme weather conditions. Driving with both hands on the steering wheel is the most recommended defensive driving technique to stay in control of the vehicle during windy conditions. Besides driving with both hands on the steering wheel, it's essential to maintain a slow and steady speed, pay attention to the wind direction, and stay focused on the road. The strong wind can cause vehicles to drift, sway, or even flip, so it's necessary to keep a safe distance from other vehicles, especially large trucks or buses. When driving on a windy day, it's crucial to remain calm and avoid panic. Sudden movements and reactions can cause the driver to lose control of the vehicle, which could result in a severe accident. Therefore, it's best to stay alert, keep both hands on the steering wheel, and maintain a slow and steady speed to stay safe in windy conditions.

In conclusion, the best defensive driving technique for windy conditions is driving with both hands on the steering wheel, maintaining a slow and steady speed, and keeping a safe distance from other vehicles. Stay focused, stay calm, and stay safe. The answer to the question is: driving with both hands on the steering wheel.

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Answer:

c

Explanation:

beacause when in a small pack it means small

The mass of the block on the 36.87° incline is 4.00 kg, which corresponds to option 3.

To solve this problem, we need to consider the forces acting on each block and set up an equilibrium condition. Since the blocks are not moving, the forces on both inclines must be equal and opposite.

We can use the formula for gravitational force: F = mg, where F is the force, m is the mass, and g is the acceleration due to gravity (approximately 9.81 m/s²).

For the 6.00 kg block on the 30.0° incline, the force acting perpendicular to the incline is F1 = (6.00 kg)(9.81 m/s²)sin(30.0°).

For the unknown mass block on the 36.87° incline, let its mass be M. The force acting perpendicular to the incline is F2 = (M)(9.81 m/s²)sin(36.87°).

Since the blocks are in equilibrium, F1 = F2.

(6.00 kg)(9.81 m/s²)sin(30.0°) = (M)(9.81 m/s²)sin(36.87°)

Solving for M, we find that M ≈ 4.00 kg. Therefore, the mass of the block on the 36.87° incline is 4.00 kg, which corresponds to option 3.

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The new area of the square metal when its temperature is raised by 15K is approximately 600.18 mm².

Assuming the coefficient of linear expansion for the metal is constant, the change in the area of the metal can be calculated using the formula:

                                          ΔA = A₀αΔT

where:

ΔA is the change in area

A₀ is the initial area

α is the coefficient of linear expansion

ΔT is the change in temperature

Since the metal is in the form of a square, its initial area is 600mm². The coefficient of linear expansion depends on the type of metal, and is usually given in units of K⁻¹. Let's assume it is 20 × 10⁻⁶ K⁻¹ for this metal. The change in temperature is 15K.

Substituting the values into the formula, we get:

ΔA = (600 mm²)(20 × 10⁻⁶ K⁻¹)(15 K) = 0.18 mm²

Therefore, the new area of the square metal when its temperature is raised by 15K is approximately 600.18 mm².

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Note that the sentences with the blank spaces are completed as follows;

The periodic table, commonly known as the periodic table of elements, is an arrangement of chemical elements in rows and columns. It is frequently utilized in chemistry, physics, and other disciplines, and is widely regarded as a chemical icon. Because of the arrangement of the elements, it is known as the periodic table.

The periodic table is important because it is arranged to give a wealth of information on elements and their relationships to one another in a single reference.

The table may be used to forecast the characteristics of all elements, even those yet to be found.

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Answer:

Magnets can tamper with the magnetic strip on credit cards, erasing the information stored there and rendering them useless

To determine the number of half-lives that have elapsed, we need to compare the ratio of 14C to 14N atoms found in the hip bone fragment.

The ratio of 1 14C atom for every 31 14N atoms suggests that the hip bone fragment contains a smaller amount of 14C compared to the expected ratio found in a living organism. Since 14C undergoes radioactive decay with a half-life of approximately 5730 years, we can calculate the number of half-lives that have elapsed by observing how many times the ratio needs to double to reach the expected ratio.

In this case, if the expected ratio is 1:1, then the observed ratio of 1:31 would require five doublings to reach 1:1. Therefore, approximately five half-lives have elapsed since the death of the organism from which the hip bone fragment originated.

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