Calculate the density of each ball. Use the formula d = m/v where d is the density, m is the mass, and v is the volume. Record your calculations in table a of your student guide. What is the density of the table tennis ball? record your answer to the nearest hundredth. G/cm3 what is the density of the golf ball? record your answer to the nearest hundredth. G/cm3.

The conclusions that are correct about the resistance  include 1 and 3.

option C is the correct answer.

Ohms law states that the current flowing in ohmic conductor is directly proportional to the current across the conductor.

Mathematically, the formula for ohms law is given as;

V = IR

where;

The power dissipated in a circuit is proportional to the square across the circuit.

P = IV

P = I²R

P = V²/R

where;

From the formula given above, the power dissipated in the circuit is directly proportional to the square of voltage and inversely proportional to the resistance of the circuit.

The smaller the resistance, the more power is dissipated in the circuit.

In the given graph, R3 is the least resistance and it will have the most dissipated in the circuit.

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Answer:

The height will be 3

Explanation:

force(f) = 70N

work(w) = 210 J

distance(d) = ?

w = f × d

210 = 70 × d

210 = 70d

divide both sides by (70) to get d

[tex] \frac{210}{70} = \frac{70d}{70} [/tex]

d = 3

i hope this helps

Important Formulas:

[tex]w=Fd[/tex]

work(measured in joules) = force(measured in newtons) * distance(measured in meters)

__________________________________________________________

Given:

[tex]F=70N[/tex]

[tex]w=210J[/tex]

[tex]d=?[/tex]

__________________________________________________________

Rearrange formula to make distance the subject:

[tex]W=Fd[/tex]

[tex]\dfrac{W}{F} =\dfrac{Fd}{F}[/tex]

[tex]d=\dfrac{W}{F}[/tex]

__________________________________________________________

[tex]d=\dfrac{210}{70}[/tex]

__________________________________________________________

[tex]\fbox{d = 3 meters}[/tex]

Answer: 270

Explanation:

To determine how many seconds it would take for a probe to reach that speed starting from rest and accelerating at a rate of 29 m/s^2, you can use the equation for average acceleration:

Average acceleration = (final velocity - initial velocity) / time

Rearranging the terms, we can solve for time:

Time = (final velocity - initial velocity) / average acceleration

In this case, the initial velocity is 0 m/s (since the probe is launching from rest), the final velocity is 7,850 m/s (the speed required to reach orbit), and the average acceleration is 29 m/s^2. Plugging these values into the equation, we get:

Time = (7850 m/s - 0 m/s) / 29 m/s^2 = 270.34 seconds

Therefore, it would take the probe approximately 270 seconds to reach the speed required to get into orbit if it is accelerating at a rate of 29 m/s^2.

Microwaves, Infrared, X-rays, and gamma rays are electromagnetic waves in decreasing frequency order that is from highest to lowest.

The relationship between frequency and wavelength is inversely proportional. That means if wavelength increases then frequency decreases.

The wavelengths of electromagnetic radiation, such as microwaves, typically range from one meter to one millimeter.

Longer wavelengths than visible light are found in infrared electromagnetic energy, also referred to as infrared light.

An X-ray is a sort of penetrating, high-energy electromagnetic radiation. X-radiations are far less common.

Gamma rays, commonly known as gamma radiation, are short, sharp electromagnetic radiation waves created by the radioactive disintegration of atomic nuclei.

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Answer:

7.28 m/s^2.

Explanation:

To find the magnitude of the resultant acceleration of the particle, we can use the equation for Newton's second law of motion:

F = ma

Where F is the resultant force, m is the mass of the particle, and a is the resultant acceleration.

Since the forces are acting at a 90 degree angle to each other, we can treat them as two separate forces and use the Pythagorean theorem to find the magnitude of the resultant force:

F = sqrt((300 N)^2 + (500 N)^2)

= sqrt(90000 N^2 + 250000 N^2)

= sqrt(340000 N^2)

= sqrt(340000) N

= 582.67 N

We can now use this value for the resultant force to find the resultant acceleration:

a = F/m

= 582.67 N / 80 kg

= 7.28 m/s^2

Therefore, the magnitude of the resultant acceleration is 7.28 m/s^2.

Lenz's law is related with the sign of the induced emf or voltage in a coil and states that the induced voltage always appear in such a direction as to oppose the cause of its production, that is, rate of change of emf.

According to Lenz's law, which deals with the sign of the induced emf or voltage in a coil, the induced voltage always manifests in a way that is opposite to the emf change rate that led to its induction.

Now, as the north pole of the magnet draws nearer to the coil, the magnetic flux connected to the coil increases, causing the induced voltage to be negative, causing that face of the coil to function as the north pole, repelling the approaching north pole (opposes the increase of magnetic flux). Likewise, the induced voltage's sign changes to positive as the S pole of the magnet moves away from the coil, causing that face of the coil to behave as described.

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Saturn planet has an orbital eccentricity most like the orbital eccentricity of the Moon.

An ellipse's eccentricity (e) is a value that affects how it looks, such as whether it is more rounded or if it resembles a segment. Let "a" be the major semi-axis and "c" be the focal semi-distance:

e = c / a

The gravitational forces that propel the planets disappear as they gracefully glide into an orbit around the Sun. However, a planet must follow an orbit to stay inside the bounds of the gravitational pull of other celestial bodies, particularly the sun.

The orbits have an ascending node, a vernal point, an argument of the perihelion, an eccentricity, an inclination, and an aphelion. The planets' orbits are all roughly on the same plane. The ecliptic is the name of this orbital plane.

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The resistance provided to moving objects by the surface they are sliding or moving on is measured as sliding friction or dynamic friction. Sliding friction starts to work as soon as even the object begins to move.

What do static and dynamic friction mean?

When two bodies are in touch with one another and at rest, they experience static friction. Friction is what keeps anything from flowing while it is motionless. Dynamic friction, also known as kinetic friction, is friction that prevents a body from moving while it is already moving.

What kinds of dynamic friction are there?

There are two forms of dynamic friction: Sliding Resistance Friction as it rolls.

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A single gene mutation, several gene mutations, a combination of gene mutations and environmental variables, or damage to chromosomes (changes in the number or structure of complete chromosomes) can all result in genetic illnesses.

Mutations may have an impact on an organism by altering its phenotype, or they may have an impact on the way DNA codes the genetic information (genotype). When mutations take place, they may be completely fatal or they may result in the termination (death) of an organism.

Genetic illnesses result from changes or anomalies in an organism's genome. A gene mutation can affect one or more genes, leading to a genetic illness.

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Reason-1. Blower Motor and Resistor: This particular part is responsible for taking the heated air from your coolant system and pushing it through your hot heater core. From here the air will pass through your ventilation system and enter the cabin.

2. Incorrect Coolant Level: all you need to do to fix this is to add more coolant. Fill it up to the appropriate level, and you’re good to go. Take your heating system for a test drive. If the problem persists, you need to check through some of our other options. If the problem no longer persists, you’re good to go.

3.  Thermostat: Our third common reason for a heater not working is a broken thermostat. Your heater core, and sometimes even your radiator, is designed to work in accordance with a thermostat

4. Hoses: As we mentioned earlier, if your coolant system is not working correctly, your heater core won’t either. So, if you have a damaged component in your coolant system, like a hose, odds are nothing’s going to work right.

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Gravity The principal factor governing the planets' orbits around the sun is gravity. While each planet has its own gravity that is determined by its size and speed of motion, orbit is determined by the gravity of the sun.

If you were to stand on the surface of any planet in the solar system, or, in the case of the ice giants, float in its atmosphere, you would feel the following gravitational pull: Venus: 0.9 g Mercury: 0.38 g Moon: 0.17 g Mars: 0.38 g Saturn: 1.07 g Jupiter: 2.53 g 0.89 g Uranus Jupiter: 1.14 g The Planets' Gravitational Pull The two driving forces that propel the planets around the sun.

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The Moon has an elliptical orbit is the main reason that the gravitational attraction between Earth and the Moon changes each day.

Earth's gravity pulls the moon to the center of the earth, while the moon's gravitational force maintains the moon's position, resulting in a centrifugal force that makes the moon rotate on its axis and surround the earth so that it is not attracted to the earth's center of gravity or stays in its orbit.

The influence of the gravitational force of the earth and the moon is the tides of the sea. The moon's gravitational force pulls seawater toward the moon, affecting wave height and sea level. Because the moon revolves around the earth, there will be times when one side of the earth is closer to the moon. The part that is close to the moon will experience high tide, while the other part that is not close to the moon will experience low tide. The tides are also related to the phases of the moon. Usually, sea water will experience high tides during the full moon.

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Answer:

Below

Explanation:

Speed at beginning = 0

speed at bottom = ?

   d = 1/2 at^2

   6 = 1/2 (9.81)(t^2 )    shows t = 1.1 s

vf = at = 9.81 ( 1.1) = 10.85 m/s

Average = ( 10.85 - 0) / 2 = 5.42  m/s  average

Kinetic friction is a force that resists the motion of an object moving along a surface whenever two objects' surfaces are in contact with one another.

Sliding friction: What is it? Sliding friction is the resistance that any two items produce as they slide against one another. This friction, sometimes referred to as kinetic friction, is the force required to keep one surface moving along another.

Sliding friction, also known as kinetic friction, is a contacting force that opposes the movement of two objects sliding against one another or between an entity and a surface.

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The S.I unit of wavelength is metre. The wavelength is the separation between two crests or troughs that occur back-to-back.

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The gravitational force exerted on the moon while it is in orbit around the planet is 1 × 10¹⁹ N.

Gravitational Field Strength is defined as the gravitational force per unit mass experienced by a point mass at a certain point.  It is  a vector quantity having SI unit Newton/kg.

Mass of the moon: M = 1 ×10²² kg.

The gravitational field strength at a distance r from the planet is: E= 0.001 N/kg.

Hence, gravitational force acting on the moon: F = mE

= 1 ×10²² × 0.001 N

= 1 × 10¹⁹ N.

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Surface Tension allows water droplets to have a rounded shape

What is surface tension?

A liquid surface's ability to operate like a stretched elastic membrane is known as surface tension. Small liquid droplets and soap bubbles have almost spherical shapes, which are indicators of this phenomena. Some insects can stand on the surface of water due to this characteristic. The surface tension of water may also support a razor blade. When pushed through the water's surface, the razor blade sinks rather than floats. Another way to think about surface tension is as the result of forces operating in the surface's plane and tending to reduce its area.

The amount of force applied to a surface that is perpendicular to a line of a certain length is a common way to express surface tension based on this theory. The measurement is then in newtons per meter, or joules per square meter.

Therefore, surface tension allows water droplets to be round in shape

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The formula for calculating the frequency of a wave is f = 1/T, where f is the frequency in hertz (Hz) and T is the period of the wave in seconds.

Frequency is a measure of the number of occurrences of a repeating event per unit time. It is also referred to as temporal frequency, which emphasizes the contrast to spatial frequency and angular frequency. Frequency is usually measured in hertz (Hz),

audio signals (sound), radio waves, and light.
Frequency is the number of complete waves that pass a given point in a unit of time, typically expressed in hertz (Hz). A hertz is equal to one cycle per second.
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The book moves towards the right. So the correct answer is Option D.

According to the free body diagram, the upward and downward forces are equal in magnitude as they have the same length of the vector but are directed in opposite direction.So these two components of force nullify each other. The force vectors towards the right side and left side are opposite in direction but are not equal in magnitude. Since the length of the force vector towards the right side is longer in length than that towards the left side, hence they do not nullify each other. The forces are unbalanced and the net force is directed towards the right side. So the book moves towards the right side.

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Anwser:

A: No

B: No

C: No

Explanation:

V = 50km/h = 14m/s

V2 = 0m/s

t = 5s

a = V2 - V/t = -2,8m/s²

The distance the car will drive when hitting the brakes:

t = 5s

a = -2,8m/s²

v = 14m/s

d = v•t + ½a•t² = 14•5 + -1,4•25 = 35m

and 35m is greater than 5m, and this is even with not counting the thinking time(1,5s), in which the car would have traveled an extra 21m. So 56m in total.

Answer:

16.75 m/s North

Explanation:

Calculate a weighted average;  North is the positive direction

(32 m/s).75 - (29 m/s).25 = 16.75 m/s N

The shuttlecock began 7 m above the ground and then fell through the vacuum. Therefore, option (A) is correct.

A velocity vs time graph can be described as a type of graph that compares the change in the velocity over a period of time. This graph can be used to describe both the velocity, the direction it is moving, its acceleration, and the displacement.

The slope in a velocity vs time graph is equal to the acceleration of the object and the area under a velocity-time graph is equal to displacement.

In the given height vs time graph, the height of the shuttlecock is 7 meters at time t = 0. If the shuttlecock fell through the thick air, then its acceleration will decrease due to air resistance.

But the blue line is showing constant acceleration as there is no air resistance so the shuttlecock fell through the vacuum.

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The speed at which the satellite travels is 7.7 kilometers per second.

To calculate the speed at which the satellite travels, we can use the equation

where v is the velocity of the satellite, G is the gravitational constant, M is the mass of the Earth, and r is the radius of the satellite's orbit.

The period of the satellite's orbit, which is the time it takes to complete one orbit, can also be used to calculate the speed of the satellite using the equation

where T is the period of the orbit. Solving for v in this equation, we can find that the speed of the satellite is 7.7 kilometers per second.

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A spring of force constant 120 N/m acted up by a constant force of 240N. Then, the elastic potential energy stored in the spring is 240 Nm.

The elastic potential energy stored in the spring is formulated as follows

                                                 PE = ½kx²

Where PE is the elastic potential energy, x is the displacement of the spring from its equilibrium position, and k is the spring force constant.

In this question, the spring force constant is 120 N/m, and the constant force acting on the spring is 240 N. To find the spring displacement, we can use the formula:

F = kx

Where F is the force acting on the spring, x is the displacement, and k is the force constant,

So that:

F = kx

240 N = 120 N/m . x

x = 240 N/120 N/m

x = 2 m

Once x is known, then we can calculate the potential energy of the spring:

PE = ½kx²

PE = ½ (120) (2²)

PE = 60 x 40

PE = 240 Nm

So, the elastic potential energy stored in the spring is 240 Nm.

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Answer:

Total energy (E) =me=m(u+ke+pe)=U+KE+PE

A drug that acts as an opioid agonist mechanism would help an addict decrease their addiction.

Opioid agonist treatment is a safe and effective medication-based treatment for people who are dependent on opioid drugs such as heroin, oxycodone, hydromorphone (Dilaudid), fentanyl and Percocet.

The treatment helps clients and patients who live with opioid addiction improve their day-to-day functioning, find stability, manage withdrawal symptoms, and work toward recovery. It can lower the risk of drug-related harms, including hepatitis C and HIV transmission as well as fatal overdose. It can also help people stay in treatment and engage in their care.

Taking opioid agonist drugs like methadone, buprenorphine/naloxone (Suboxone), or slow-release oral morphine is a necessary part of opioid agonist treatment (Kadian).

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An opioid agonist medication would aid an addict in lessening their dependence.

For those who are dependent on opioid narcotics including heroin, oxycodone, hydromorphone (Dilaudid), fentanyl, and Percocet, opioid agonist treatment provides a secure and productive medication-based treatment option.

Clients and patients receiving treatment for opioid addiction are able to operate better on a daily basis, find stability, control withdrawal symptoms, and make progress toward recovery. It can reduce the chance of drug-related problems, such as the spread of HIV and hepatitis C as well as fatal overdoses. It may also encourage patients to participate in their care and stay in therapy.

Opioid agonist therapy requires the use of opioid agonist medications like methadone, buprenorphine/naloxone (Suboxone), or slow-release oral morphine (Kadian).

Therefore, An opioid agonist medication would aid an addict in lessening their dependence.

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The 4 reasons why tariff are imposed are:

What is a Tariff?

A tariff is a type of tax levied on imported goods or services. Tariffs are a common element of international trade The main reasons for imposing tariffs include reducing imports of goods and services by raising prices and protecting domestic producers.

Customs duties usually take one of two forms: specific or ad valorem. A specific tariff is charged on a per-item basis (for example, a tariff of $1,000 per imported vehicle). An ad valorem tax is a duty charged as a percentage of the value of goods (eg 10% of the value of an imported car).

The 4 reasons why tariff are imposed are:

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When it reaches a velocity of 32 m/s, it is 571.2m high above the ground.

What does velocity refer to?

Velocity is the direction speed of an item in motion as a measure of the rate at which its location is changing as seen from a certain point of view and as measured by a specific unit of time.

The movement of an object that has been launched into the air is known as projectile motion. Only gravity is felt by the item after the initial force that launches it. Projectile and trajectory both refer to the same thing: an object.

Given

Initial velocity ,u =  84m/s

Final velocity, v =  32m/s

Gravity ,g = -10m/s (upward motion, against gravity )

We know, v = u + gt

32 = 84 -10t

10t  = 84-32

t = 5.2 s

Now using, s = ut +1/2 gt^2

s = [84*5.2] +1/2[10*5.2^2]

s = 436 + 135.2

s = 571.2m

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For what-if analysis, Microsoft Excel add-in program Solver is helpful.

Excel Solver allows up to 200 variable cells to be specified. We have a few cells in this example whose values can be modified: projected clients per month (B4), which need to be no more than 50; and Calculate the cost per service (B5) using Excel Solver.

Although it is not a cure-all, the evolutionary technique enables you to spend less time examining the mathematical aspects of your model while still obtaining "excellent" solutions.

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The match description of these stars with their life cycle stage are as follows:

Stars follow the same 7-stage cycle in their lives. The life cycle is as follows:

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