What does NOT experience gravity?

Answer:

thank you

Explanation:

Split up the two given velocity vectors into horizontal and vertical components.

Plane:

p = (100 km/h) (cos(90°) i + sin(90°) j ) = (100 km/h) j

Its direction is given, 90° relative to east.

Traveling for 3 hours with this velocity results in a displacement of

p * (3 h) = (300 km/h) (3h) j = (900 km) j

meaning that this velocity contributes to a north-facing displacement of 900 km.

Wind:

w = (30 km/h) (cos(315°) i + sin(315°) j ) ≈ (21.2 km/h) i + (-21.2 km/h) j

Its direction is also given, 315° relative to east.

After 3 h, this velocity contributes to a displacement of

w * (3h) ≈ (63.6 km) i + (-63.6 km) j

meaning if the plane had no velocity of its own but somehow stayed in the air, the wind would have pushed it about 63.6 km south and 63.6 km east, which translates to a net displacement of

√((63.6 km)² + (-63.6 km)²) = 90 km

due southeast.

Putting everything together, your table displacement table should read:

.                       |   wind   |   plane

velocity           |   30      |   100       ...   km/h

direction         |   90°     |   315°      ...   relative to east

x                      |   63.6   |   0           ...   km

y                      |  -63.6   |   900      ...   km

The resultant vector is the sum of these, r = p + w :

r ≈ (21.2 km/h) i + (78.8 km/h) j

After 3 h, the resultant displacement is

r * (3h) ≈ (63.6 km) i + (236.4 km) j

with magnitude

√((63.6 km)² + (236.4 km)²) ≈ 244.8 km

and direction θ such that

tan(θ) ≈ (236.4 km) / (63.6 km)

θ ≈ arctan(3.714) ≈ 74.9°

So the resultant table should read

xnet             |   63.6 km

ynet             |   236.4 km

magnitude   |   244.8 km

theta            |   74.9° relative to east

The force acted on the golf ball is 2,700N.

Momentum in physics is the tendency of a body to maintain its inertial motion i.e. the product of its mass and velocity, or the vector sum of the products of its masses and velocities.

According to this question, a golf ball increases its momentum by 6.75 kgm/s. The impact between the ball and club lasted for 0.0025s.

Force is the rate at which momentum changes with respect to time i.e. (F = dp/dt).

Force = 6.75kgm/s ÷ 0.0025s

Force = 2,700N

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Evaluate the function when d(v) = 24.

Use the quadratic formula to find v.

Where a = 0.0067, b = 0.15, and c = -24.

Therefore, the car should travel at 49.7 km/hr.

We take the positive speed as the answer.

Joe was experiencing sensory adaptation, while individuals with damage to their visual cortex who could still identify object sizes were engaging in parallel processing. Sally is likely using a visual cliff apparatus to study children's fear of heights.

Joe's experience of not noticing a difference in the weight of the bag of leaves until the end suggests sensory adaptation. Sensory adaptation is the phenomenon where our sensory receptors become less responsive to constant or repetitive stimuli over time. In this case, Joe initially claimed the bag of leaves was not heavy because his sensory receptors adapted to the weight. However, when he noticed a sudden change in weight, he attributed it to the presence of rocks, indicating a difference threshold.

In the second scenario, individuals with damage to their visual cortex should theoretically not be able to see objects presented to them because the visual cortex plays a crucial role in processing visual information. However, when they were able to identify which cup was larger, it indicates that the brain engages in parallel processing. Parallel processing is the ability of the brain to simultaneously process multiple aspects of a stimulus or task. In this case, even though the individuals' visual cortex was damaged, other visual processing pathways or areas in the brain were able to contribute to the identification of object sizes.

Sally's use of a device to determine if children will continue to crawl past a visible edge suggests that she is using a visual cliff apparatus. The visual cliff apparatus is a device used in psychological studies to assess depth perception in infants and young animals. It typically consists of a glass or  plexiglass surface with a visible drop-off, creating the illusion of a cliff. By observing the behavior of children when faced with the visual cliff, researchers can gain insights into their perception of heights and their fear response. The visual cliff apparatus helps to assess if children have developed depth perception and if they perceive the visible edge as a potential danger.

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Answer:

44 m

Explanation:

vf = velocity at highest point = 0

vf = vo + at

0 = 29.4 + (-9.81 )t    shows   t = ~ 3 s

d = vo t + 1/2 a t^2

d = 29.4 ( 3) + 1/2 ( -9.81)(3^2 ) = 44 m

The  the capacitance of the cable is 18 nF, when the resulting potential difference between the two conductors is 420 V.

The capacitance of a cable is 125 nF when the resulting potential difference between the two conductors is 60 V. If the resulting potential difference between the two conductors is 420 V, what is the capacitance, in nanofarads, of the cable

Given:

Capacitance, C = 125 nF

Initial potential difference, V1 = 60 V

Final potential difference, V2 = 420 V

To find:

The capacitance of the cable is given by the formula:

Capacitance, C = (Charge, Q) / (Potential difference, V)

Or,

Charge, Q = C × V

We know that,

Charge, Q1 = C × V1

Charge, Q2 = C × V2

If we divide Q2 by Q1, then we get:

C × V2 / C × V1

= Q2 / Q1

Or,

C × V2 / C × V1 = (Final charge) / (Initial charge)

From the principle of conservation of charge, we know that:

Charge cannot be created or destroyed; it can only be transferred from one place to another.

Therefore, the initial charge and final charge are the same.

So, we can say that:

Charge, Q2 = Charge, Q1

Hence, C × V2 = C × V1

Or,

C = V1 / V2 × C1

Substituting the values, we get:

C = 60 V / 420 V × 125nF

= 18 nF (approximately)

Therefore, the capacitance of the cable is 18 nF, when the resulting potential difference between the two conductors is 420 V.

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Answer:

a = 10.5 m/s²

Explanation:

In order to find the acceleration of the car we will use the basic definition of the acceleration, that is the rate of change of velocity. So, the definition of the acceleration of the car will be:

a = (Vf - Vi)/t

where,

a = acceleration = ?

Vf = Final Velocity = 45 m/s

Vi = Initial Velocity = 24 m/s

t = time = 2 s

Therefore,

a = (45 m/s - 24 m/s)/2 s

a = 10.5 m/s²

The given statement is true .

The sign of momentum is indeed always in the direction of travel.
Momentum is defined as the product of an object's mass and its velocity. Mathematically, it can be expressed as:
Momentum (p) = mass (m) × velocity (v)

Since velocity is a vector quantity that has both magnitude and direction, the sign of momentum will also depend on the direction of the object's motion. If an object is moving in a positive direction (e.g., to the right or upward), its momentum will have a positive sign. Conversely, if an object is moving in a negative direction (e.g., to the left or downward), its momentum will have a negative sign.

In summary, the sign of momentum is always in the direction of travel because it is directly influenced by the object's velocity, which is a vector quantity with both magnitude and direction.

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To react completely with 0.500 L of volume of 0.500 M Na2CO3, you would need 0.250 L of 2.00 M HCl.

Write down the balanced chemical equation for the reaction between HCl and Na2CO3:

2 HCl + Na2CO3 → 2 NaCl + H2O + CO2

Determine the stoichiometry of the reaction:

From the balanced equation, we can see that 2 moles of HCl react with 1 mole of Na2CO3.

Calculate the number of moles of Na2CO3:

Given that the volume of Na2CO3 solution is 0.500 L and the concentration is 0.500 M, we can use the formula:

Moles = Concentration × Volume

Moles of Na2CO3 = 0.500 M × 0.500 L = 0.250 moles

Use the stoichiometry to determine the number of moles of HCl needed:

According to the stoichiometry of the balanced equation, 1 mole of Na2CO3 reacts with 2 moles of HCl.

Therefore, to react with 0.250 moles of Na2CO3, we would need 2 × 0.250 = 0.500 moles of HCl.

Convert moles of HCl to volume:

Given that the concentration of HCl is 2.00 M, we can use the formula:

Volume = Moles / Concentration

Volume of HCl = 0.500 moles / 2.00 M = 0.250 L

Convert the volume to liters:

The final answer is 0.250 liters of 2.00 M HCl are needed to react completely with 0.500 L of 0.500 M Na2CO3.

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The can be obtained by using the balanced chemical equation: Na2CO3 + 2 HCl → 2 NaCl + H2O + CO2  Write the balanced chemical equation for the reaction.

Na2CO3 + 2 HCl → 2 NaCl + H2O + CO2

Calculate the number of moles of Na2CO3. Using the formula n = c × V, where n is the number of moles, c is the concentration, and V is the volume, we get:

n = c × V

= 0.500 M × 0.500 L

= 0.250 mol

Calculate the number of moles of HCl required.The balanced chemical equation shows that 2 moles of HCl react with 1 mole of Na2CO3. Hence, the number of moles of HCl required can be calculated as follows

:n(HCl) = 2 × n(Na2CO3)

= 2 × 0.250 mol

= 0.500 mol

Calculate the volume of 2.00 M HCl required.The number of moles of HCl required is 0.500 mol. Using the formula V = n/c, where V is the volume, n is the number of moles, and c is the concentration, we get:

V = n/c

= 0.500 mol ÷ 2.00 M

= 0.250 L

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When a 905kg car travels around a circular track with a radius of 525 m and with the magnitude of the centripetal force is 2140 N, then car's tangential speed would be approximately 23.8 m/s.

The centripetal force acting on an object moving in a circular path is given by the formula Fc = m * v^2 / r, where Fc is the centripetal force, m is the mass, v is the tangential speed, and r is the radius of the circular path. Rearranging the formula, we have
v^2 = Fc * r / m
Substituting the given values, we have v^2 = (2140 N) * (525 m) / (905 kg). Solving for v, we find v ≈ 23.8 m/s. Therefore, the car's tangential speed is approximately 23.8 m/s.

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11.3 g/cm³ equals to 1130  kg/m³.

The mass of a substance per unit of volume is its density. Density is most frequently represented by the symbol ρ, however Latin letter D may also be used. Density is calculated mathematically by dividing mass by volume.

Given that 11.3 g/cm³.

Know that

1000 grams = 1 kg

1 grams = 1/1000 kg.

100 cm = 1 m

1 cm = 1/100 m.

Therefore, 1 cm³ = (1/100)³ m³

= 1/1000000 m³

Hence, 1  g/cm³ = (1/1000) ÷ (1/1000000)  kg/m³

= 1000000/1000 kg/m³

= 1000 kg/m³.

Hence, 11.3 g/cm³ = (11.3 × 1000) kg/m³

= 1130  kg/m³

Hence, 11.3 g/cm³ equals to 1130  kg/m³.

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The boat encounters a crest every 14.65 s when moving in the west direction and every 1.33 s when moving in the east direction.

Given: The wavelength, λ = 44 mThe speed of the wave, v = 18 m/s

The speed of the boat, vB = 15 m/sa) When the boat is moving west:

When the boat is moving in the west direction, the wave velocity becomes v1 = v − vB = 18 m/s − 15 m/s = 3 m/s

The frequency of the wave, f = v1 / λ = 3 m/s / 44 m = 0.0682 Hz

Let f1 be the frequency of the wave when the boat is moving in the west direction.

b) When the boat is moving east:When the boat is moving in the east direction, the wave velocity becomes v2 = v + vB = 18 m/s + 15 m/s = 33 m/s

The frequency of the wave, f = v2 / λ = 33 m/s / 44 m = 0.75 Hz

Let f2 be the frequency of the wave when the boat is moving in the east direction.The time period of the wave, T = 1/f

Therefore, the time taken by the boat to encounter a crest isT1 = 1/f1 = 1/0.0682 = 14.65 s (when the boat is moving in the west direction)T2 = 1/f2 = 1/0.75 = 1.33 s (when the boat is moving in the east direction)

Therefore, the boat encounters a crest every 14.65 s when moving in the west direction and every 1.33 s when moving in the east direction.

Note: The frequency of the wave can be calculated by the formula:f = v / λ where v is the velocity of the wave, λ is the wavelength of the wave.

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Answer:

a. mass is to gram

Explanation:

The Coefficient of Coincidence (COC) and interference are two related measurements used to study genetic recombination during meiosis. COC is defined as the ratio of observed double crossovers to predicted double crossovers. Interference, on the other hand, quantifies how much one crossing event interferes with the occurrence of a second crossover event on the same chromosome.

COC and interference have an inverse relationship: as interference increases, COC drops. This is because interference diminishes the possibility of two crossovers happening at the same time. If the interference is significant, a crossing event in one part of the chromosome reduces the chance of a crossover event in an adjacent region.

As a result, the observed frequency of multiple crossings will be lower than predicted, resulting in a smaller COC. In contrast, if interference is minimal, the observed frequency of double crossings would be higher than predicted, resulting in a bigger COC. As a result, the COC and interference are related measurements that can shed light on the mechanisms causing genetic recombination.

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The coefficient of coincidence and interference are two interrelated concepts that provide important information about the frequency and distribution of crossovers in genetic crosses.

The coefficient of coincidence (CoC) and interference are closely related concepts in genetics. CoC is a measure of the frequency of observed double crossovers in a cross compared to the expected frequency of double crossovers. On the other hand, interference is a measure of the extent to which a crossover event in one region of a chromosome affects the likelihood of crossover events in adjacent regions.

The relationship between CoC and interference can be understood in terms of their impact on the frequency and distribution of recombinant gametes. If interference is present, it reduces the frequency of double crossovers and thus lowers the value of CoC. This is because interference restricts the occurrence of crossovers in closely linked regions, reducing the chances of multiple crossovers in those regions. On the other hand, if interference is absent or weak, the frequency of double crossovers increases, leading to a higher CoC value.

Thus, the CoC is an indicator of interference, and it can be used to estimate the strength of interference in a given cross. When the CoC is close to 1, it suggests that interference is weak, while a lower value indicates the presence of strong interference.

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Answer:

When we burn wood we are releasing solar energy, in the form of heat, that has been stored in the wood as chemical energy. The process of photosynthesis converted solar energy, water and carbon dioxide into oxygen and the organic molecules that form the wood, half the weight of which is carbon.

Explanation:

The two terms that have been included in the question are:1. Physical Science2. Accommodated FinalNow let's proceed to the question.The statement "It increases the distance over which a force needs to be applied" is describing the property of mechanical advantage.

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Without fusion reactions in the Sun, the interior radiation pressure that counteracts the gravitational force would cease. This would cause the core to collapse inward due to the gravitational force, increasing the pressure and temperature in the core. As a result, the outer layers of the Sun would expand outward, causing the Sun to become a red giant.

In this scenario, the correct option would be: Without interior radiation pressure, the Sun will contract under its own weight about three times in about a thousand years.

As the Sun contracts, its core temperature and pressure will continue to increase until helium atoms are able to fuse, which will release energy and cause the outer layers of the Sun to expand outward again. However, since the Sun has already burned most of its hydrogen fuel, this phase of fusion will only last for a short time before the Sun eventually dies.

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A possible value for the force of static friction when  Jamie applied 75.1 Newtons of force on the box is 75.1N. Option B is correct.

For the box sitting on a horizontal surface, the formula for calculating the force on the box along the horizontal based on Newton's law is expressed as;

Since the forces acting along the horizontal are the frictional force and moving force, the formula above will become;

Since the body is static, hence \(a_x=0m/s^2\), the equation becomes;

Given the force Jamie apply on the box to be 75.1Newtons, this shows that the moving force is 75.1N. Hence;

Hence a possible value for the force of static friction when  Jamie applied 75.1 Newtons of force on the box is 75.1N

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Uneven bombardment on different sides by water molecules.

Therefore, option C is correct.

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The Physical Treatment includes sterilization of the spacecraft and landing module by heat, radiation, or chemical means. and Chemical treatments may include the use of biocides or antimicrobial coatings on critical surfaces required prior to liftoff to minimize the opportunity for contamination of the ELV and ELVIS by Earth microbes.

Prior to liftoff, it is crucial to implement physical and chemical treatments to minimize the opportunity for contamination of the ELV and ELVIS by Earth microbes. In Physical treatments, the spacecraft must be thoroughly cleaned to remove any organic material that may contain microbial life. It is also important to limit human contact with spacecraft to reduce the risk of introducing microbes.

In Chemical treatments, Biocides can be used to kill any remaining microbes on surfaces that cannot be sterilized. Antimicrobial coatings can be applied to surfaces that come into contact with the environment to prevent microbial growth. Additionally, all equipment and materials that are brought onto the spacecraft must be carefully screened and sterilized. This includes any scientific instruments, tools, and personal items that may be brought aboard.

Overall, implementing physical and chemical treatments prior to liftoff is crucial to minimize the risk of contamination by Earth microbes. This will help ensure the success of scientific experiments and prevent the introduction of harmful organisms to other planets or celestial bodies.

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Answer:A

Explanation

B a compound can ha e the same properties as it’s elements

C water is H2O- Hydrogen and oxygen

D water is the most common compound

Therefore A must be correct

Tthe diameter of the circle formed on the still water surface by the light emerging from the swimming pool is approximately 2.91 meters.

To determine the diameter of the circle formed on the water surface by the light emerging from the swimming pool, we need to consider the principles of refraction. When light passes from one medium (such as water) to another (such as air), it changes direction due to the difference in refractive indices.

Given that the light fixture is 1.30 m below the surface of the water, the light rays will bend as they emerge from the water into the air. The bending occurs because the speed of light is slower in water than in air.

The angle of incidence can be calculated using Snell's law, which states that the ratio of the sine of the angle of incidence to the sine of the angle of refraction is equal to the ratio of the refractive indices of the two media. Assuming the refractive index of water is approximately 1.33 and the refractive index of air is approximately 1.00, we can calculate the angle of incidence.

By using basic trigonometry, we can find that the angle of incidence is approximately 48.75 degrees. Now, considering that the diameter of the circle formed on the water surface will be twice the distance from the light fixture to the surface, we can calculate the diameter.

Diameter = 2 * 1.30 m * tan(48.75 degrees) ≈ 2.91 m.

Therefore, the diameter of the circle formed on the still water surface by the light emerging from the swimming pool is approximately 2.91 meters.

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The substance that forms due to a chemical reaction is product. The correct option is G.

A chemical reaction is a process that converts one or more substances, known as reactants, into one or more various substances, known as products.

Chemical elements or substances are examples of substances. A chemical reaction reconfigures the constituent atoms of the reactants to produce various products.

Living things (cells, animals, humans, and insects) use chemical reactions to grow, develop, reproduce, and adapt.

When chemical bonds between molecules are formed or broken, chemical reactions occur.

The substances that initiate a chemical reaction are known as reactants, and the substances that result from the reaction are known as products.

Thus, the correct option is G.

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Arc distance is a function of the potential difference between the negatively charged object and other bodies.

The discharge of electrons from a negatively charged object can produce an arc that bridges the gap between the charged object and other bodies.

The distance of this arc is directly related to the potential difference between the negatively charged object and the other bodies.

The greater the potential difference, the greater the likelihood of an arc discharge occurring, and the greater the distance the arc will bridge.

This phenomenon is commonly observed in electrical equipment and is a major concern in the design of high-voltage systems.

Understanding the relationship between potential difference and arc distance is critical for ensuring the safe and reliable operation of electrical systems.

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Answer:

The coefficient of friction between all contact surfaces is 0.4. The force, necessary to move the block B with constant velocity, will be (g = 10 m/s)

The coefficient of friction between all contact surfaces is 0.4. The force, necessary to move the block B with constant velocity, will be (g = 10 m/s).

Two blocks A and B of masses 5 kg and 1 kg are connected with the help of massless strings and the system is just at the verge of slipping. The coefficient of static friction between the block A and surface below it is necessary to move the block B.

Static friction is the friction that exists between two surfaces that are not trying to move over each other and which must be overcome before one object starts moving the other.

Two blocks are static equilibrium indicates that the force acting on both blocks is equal.

The frictional force acting on block A is calculated as follows:

Frictional force =  coefficient of static friction * normal reaction

Normal reaction on Block A = 30 * 9.8

The coefficient of static friction between block A and the surface = 0.55

Frictional force = 30 * 9.8 * 0.55

Force on Block B = 161.7

Mass of Block B = 161.7 / 9.8

Mass of Block = 18 kg

Therefore, The coefficient of friction between all contact surfaces is 0.4. The force, necessary to move the block B with constant velocity, will be (g = 10 m/s).

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The equation for the magnitude of the angular acceleration α is α = rF / (3mR^2) where r represents the radius of the spheres, F is the applied force, m is the mass of each sphere, and R is the distance between the center of the cylinder and the center of each sphere.

This equation is derived from the rotational dynamics of the system. The torque τ exerted by the force F is given by τ = rF, where r is the lever arm or radius at which the force is applied. The moment of inertia I of the system is given by I = 2mR^2, considering the two spheres of mass m and distance R.

Using Newton's second law for rotational motion, τ = Iα, and substituting the values, we get rF = 2mR^2 α. Solving for α, we find α = rF / (2mR^2). However, since there are two spheres, we divide by 2 to obtain α = rF / (3mR^2), as stated in the given equation.

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To find the final salt concentration as a percentage, we need to calculate the total amount of salt in the final solution and then express it as a percentage of the total volume. The final salt concentration as a percentage is 3.63%.

First, let's calculate the amount of salt in solution A:
3.58 kg x 0.025 = 0.0895 kg
Similarly, the amount of salt in solution B is:
3.77 kg x 0.047 = 0.17719 kg
To find the total amount of salt in the final solution, we add the amounts of salt in solution A and solution B:
0.0895 kg + 0.17719 kg = 0.26669 kg
Now, we need to find the total volume of the final solution by adding the volumes of solution A and solution B:
3.58 kg + 3.77 kg = 7.35 kg
Finally, we can express the final salt concentration as a percentage:
0.26669 kg ÷ 7.35 kg x 100% = 3.63%

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The kinematics and Newton's second law allow us to find the height from which the block system descends is:

             y = 6.54 m

Given parameters

To find

Newton's second law gives a relationship between the net force, the mass, and the acceleration of the body.

      ∑ F = m a

Where the bold letters indicate vectors, F is the force, m the mass and the acceleration of the body.

Kinematics studies the movement of bodies, looking for relationships between position, velocity and acceleration

              y = v₀ t + ½ a t²

In the attached we have a free body diagram of the system, let's write Newton's second law.

          T - W₁ = m₁ a

         -T + W₂ = m₂ a

Let's solve the system of equations.

          W₂ - W₁ = (m₁ + m₂) a

          a = \(\frac{m_2-m_1}{m_2+m_1} \ g\)

Let's calculate

          a = \(\frac{2 -4}{ 2 +4} \ 9.8\)  

          a = -3.27 m / s²

The negative sign indicates that the heaviest body is descending.

Now we can use kinematics to find the height, as the system comes out of rest the initial velocity is zero, when he reaches the ground his height is zero.

             y = y₀ + v₀ t + ½ a t²

             0= y₀ + 0  +½ a t²          

Let's calculate

             y₀ = ½ 3.27 2²

             y = 6.54 m

In conclusion, using kinematics and Newton's second law we can find the height from which the block system descends is:

             y = 6.54 m

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“The electric flux through a closed surface is equal to the net charge inside the surface divided by the physical constant. This law is a fundamental principle in electrostatics and is expressed mathematically as E.ds = Q/ε0.

Gauss’s Law for electric fields is a fundamental principle in physics, specifically in the study of electrostatics. The law describes the relationship between the electric flux and the distribution of electric charges in a given space. Simply put, it states that the electric flux through a closed surface is proportional to the total amount of electric charges inside the surface. In mathematical terms, the statement of Gauss’s Law for electric fields is as follows: E.ds = Q/ε0Here, E.ds represents the electric flux through a closed surface, Q represents the total electric charge enclosed within the surface, and ε0 is the physical constant known as the permittivity of free space. This equation can be used to calculate the electric field created by a given charge distribution, provided that the electric flux through a closed surface around the distribution is known.

Gauss’s Law for electric fields states that the electric flux through a closed surface is proportional to the net electric charge enclosed within the surface. This law is a fundamental principle in electrostatics and is expressed mathematically as E.ds = Q/ε0.

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Answer:

1500

Explanation:

is that all the question?