When going from a 5 to a 6 on the richter scale, what is the increase in amplitude of seismic waves?

Answer:

0.22 km/h

Explanation:

72 hours in 3 days

16/72 = 0.222222222

round to 0.22 km/h

For future reference, Distance/Time= Speed

ANSWER:

(a) 108 J

(b) 0 J

(c) 108 J

STEP-BY-STEP EXPLANATION:

(a)

Express the relation between horizontal component of work done and force on the crate:

Here Wh is the horizontal component of the work done on the crate and Fh is the horizontal component of force and d is the distance of the crate across the floor.

Replacing:

(b)

Express the relation between vertical component of work done and force on the crate:

Here Wv is the vertical component of the work done on the crate and Fv is the vertical component of force and d is the distance of the crate across the floor.

Replacing:

(c)

Express the relation for total work done by the 45 N force:

We are asked to determine the magnitude of the force that acts parallel to the nail. To do that we will add the torque that acts on the point of contact. First, we draw a free-body diagram of the situation:

We have decomposed the force of the nail into its horizontal and vertical components. The horizontal component does no torque since there is no distance parallel to the force to the point of contact.

Now, we add the torques. We consider counterclockwise as positive:

Since we consider the moment before there is no angular acceleration the sum of torques adds up to zero:

Now, we determine the value of Ry as a function of "R" using the trigonometric function cosine:

Now, we multiply both sides by "R":

Now, we substitute in the sum of torques:

Now, we solve for "R". First, we add "30F" to both sides:

Now, we divide both sides by 5cm:

Now, we divide both sides by cosine:

Now, we substitute the values:

Solving the operations:

Therefore, the force on the nail is 1042.8 Newtons.

The required number of circles is 83.33.

Scale ratio, S = 10:1

Maximum discharge of reservoir, Q = 200 m³/s

Maximum discharge of model, q = 0.1 m³/s

Time measured by model, t = 1 hour

Time measured in a circle, T = ?

We can use the following equation to relate the discharges, lengths, areas, and times of the reservoir and the model:

Q₁/Q₂ = (L₁/L₂)² × (A₁/A₂) × (t₁/t₂)

where Q₁ and Q₂ are the discharges, L₁ and L₂ are the lengths, A₁ and A₂ are the areas, and t₁ and t₂ are the times.

In the given problem:

L₁/L₂ = 10/1 (scale ratio)

A₁/A₂ = 1 (as the shapes are similar)

Q₁ = 200 m³/s

Q₂ = 0.1 m³/s

t₁ = 1 hour

Therefore,

200/0.1 = (10/1)² × 1 × (1/t₂)

Simplifying the equation, we get:

2000 = 100 × (1/t₂)

Solving for t₂, we find:

t₂ = 1/2000 hour

Now, we need to find out how many hours are in a circle. In a circle, the time period is 24 hours, i.e., T = 24 hours.

So, the number of circles in 1 hour is 1/24. Therefore, the number of circles in 1/2000 hour is:

(1/24) × (1/(1/2000)) = (1/24) × (2000) = 83.33

Thus, 1 hour is approximately equal to 83.33 circles.

Hence, the required number of circles is approximately 83.33.

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Answer:

A 0.5 kg object is launched vertically when its put on top of a spring that has been compressed by 12 cm. The spring constant is 24 kN/m.

Explanation:

Answer:

15 μF

Explanation:

If two capacitors are in parallel, the equivalent capacitance is equal to the sum of the capacitances, so for the first two capacitors, we get:

C = 10 μF + 20 μF

C = 30 μF

Then, this capacitor C is in series with another capacitor of 30μF. For capacitor in series, we can find the equivalent as follows

Therefore, the answer is 15μF

Answer:

t = 11.1 hours

Explanation:

The question says that, "A mobile advances at 20 m / s and travels a distance of 800 km. Determine the time in hours you use".

Given that,

Speed of a mobile, v = 20 m/s = 72 km/h

Distance, d = 800 km

We know that,

Speed = distance/time

So,

\(t=\dfrac{d}{v}\\\\t=\dfrac{800}{72}\\\\t=11.1\ h\)

So, it will take 11.1 hours.

The mass of a cylindrical rod is 6.29 kg.

The measure of how densely a material is packed together is called density. As the mass per unit volume, it has that definition.

Density of lead = 10⁴ kg/m³.

Volume of a cylindrical rod of length 0.5m and radius 0.020m = πr²l

= (22/7)(0.020)²(0.5) m³

=6.29×10⁻⁴ m³.

Hence, mass of the cylindrical rod = volume × density

= 6.29×10⁻⁴ m³ ×  10⁴ kg/m³.

= 6.29 kg.

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Answer:

t = 4.47 seconds

Explanation:

Given that,

Speed of a train, v = 360 m/s

We need to find the time taken by the train to cover 1 mile. For this first we must know 1 mile equal to how many meters.

1 mile = 1609.34 m

Let t is time.

Speed = distance/time

\(t=\dfrac{d}{v}\\\\t=\dfrac{1609.34\ m}{360\ m/s}\\\\t=4.47\ s\)

So, it will take 4.47 seconds to travel one mile.

Answer:

Gravity, or gravitation, is a natural phenomenon by which all things with mass or energy—including planets, stars, galaxies, and even light—are brought toward one another. On Earth, gravity gives weight to physical objects, and the Moon's gravity causes the ocean tides.

In the Van de, Graaff generator is a rubber belt stretched over two pulleys. At the bottom is the drive pulley connected to the motor. In the generator above the drive, the pulley is covered with felt and the top pulley is bare plastic.

Van de Graaff Generators are devices used to generate large amounts of static electricity. Static electricity is created by an extra charge stored somewhere to keep things from moving. Fees generally don't like to accumulate in one place. They seek out opposite charges as partners and like to run away from particles with the same charge.

When switched on the dome of the Van de Graaff generator is charged positively or negatively depending on the design. Anything that touches the dome receives the same charge. When a person has a dome, it is charged and can stand on end if the hair is long and dry enough. Most Van de Graaff generators store a positive charge in the dome by separating the negative charge from the positive charge.

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Answer:

Explanation:

An atom losses or gains electrons to fill the outermost shell. In this process , ionic bonds are formed. Chemical bonds are formed when electrons are shared.

Answer:

#tried my bestt

do mark me as brainlist

Biomolecules are made by living organisms and they are made because they are functional. Biomolecules, or at least most of them, do not exist outside of living organisms because they are too complex to be created by chance chemical collisions. The odds of a single average sized protein to form by chance has been calculated at 1 out 10 to the 77th power. Biomolecules REQUIRE intelligent agency to form them.

The four main purposes of biomolecules are:

1. Structure (some proteins)

2. Energy storage and release (carbohydrates)  

3. Protective layers (lipids)

4. Information storage and communication (DNA, RNA, endocrines of numerous various types and manipulated molecules, such as fatty acids)

When two tuning forks are sounded together, they create a beat frequency which is the difference between their frequencies. In this case, the beat frequency is given as 4.00 Hz. The frequency of the other tuning fork is 254 Hz.

Let's assume the frequency of the other tuning fork is x Hz. Then we can write:

|258 Hz - x Hz| = 4.00 Hz

Taking the absolute value ensures that we get a positive answer for x.

Solving for x, we get:

258 Hz - x Hz = 4.00 Hz

x Hz = 258 Hz - 4.00 Hz

x Hz = 254 Hz

Therefore, the frequency of the other tuning fork is 254 Hz.

In summary, when two tuning forks are sounded together, the beat frequency is the difference between their frequencies. By setting up an equation with the known beat frequency and one of the frequencies, we can solve for the unknown frequency.

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Answer:

3 electron hai bro of puch mujhe sab aata h

muzi tyo ta truck stop slip on the way home now and wife nepali

Answer:

Hi... Potential energy is converted to kinetic energy and kinetic energy is converted to potential energy

I hope it's helpful for you ☺️

1) iron

2) aluminium

3) silver

4) copper

Answer:

The spring constant is approximately 46.382 newtons per meter.

Explanation:

From Physics, the period (\(T\)), measured in seconds, experimented by an object under Simple Harmonic Motion:

\(T = 2\pi\cdot \sqrt{\frac{W}{g\cdot k} }\) (1)

Where:

\(W\) - Weight, measured in newtons.

\(g\) - Gravitational acceleration, measured in meters per square second.

\(k\) - Spring constant, measured in newtons per meter.

If we know that \(W = 127\,N\), \(g = 9.807\,\frac{m}{s^{2}}\) and \(T = 3.32\,s\), then the spring constant of the system is:

\(\frac{T^{2}}{4\cdot \pi^{2}} = \frac{W}{g\cdot k}\)

\(k = \frac{4\cdot \pi^{2}\cdot W}{g\cdot T^{2}}\)

\(k \approx 46.382\,\frac{N}{m}\)

The spring constant is approximately 46.382 newtons per meter.

Answer:

2.5m/s²

Explanation:

Given parameters:

Mass of car  = 200kg

Force on car  = 500N

Unknown:

Acceleration of the car  = ?

Solution:

According to Newton's second law of motion:

      Force  = mass x acceleration

Insert the given parameters and find the acceleration;

         500  = 200 x acceleration

           acceleration = 2.5m/s²

Explanation:

F = ma

500N = 200 × a

200a. = 500N

a. =. 2.5m/s²

PLEASE GIVE BRAINLIEST.

Answer:

the final speed is 0.20

Answer:

The maximum height it reaches will be 20 m.

The time taken by it to reach the height will be: t = 2 seconds.

Explanation:

We know the equation of the motion under gravity

v² - u² = 2gs

u = initial velocity = 20 m/s

v = final velocity = 0 m/s

\(s\:=\:h_{max}\)

so

\(v^{2} \:-\:u^{2} \:=\:2gs\)

substituting u = 20 m/s, v = 0 m/s, g = -10 and \(s\:=\:h_{max}\)

\(\left(0\right)^2-\:\left(20\right)^2=\:2\left(-10\right)\times h_{max}\)

\(2\left(-10\right)\times h_{max}=-400\)

\(\frac{2\left(-10\right)h_{max}}{-20}=\frac{-400}{-20}\)

\(\:h_{max}=20\) m

Therefore, the maximum height it reaches will be 20 m.

We know the equation

u = gt

substitute u = 20, g = 10

20 = 10 × t

t = 20/10

t = 2 seconds

Therefore, the time taken by it to reach the height will be: t = 2 seconds.

Answer:

2300.68

Explanation:

The metal hammer has a mass of 1500 kg and it hits the baseplate

with a speed of 8.0 m/s.

0 Calculate the kinetic energy of the hammer as it hits the baseplate. there for it will create the kinetic energy of 2300.68 as it hits the baseplate.

Answer:

The momentum of the steel ball is 0.28 kg m/sec.

Explanation:

The momentum of an object can be calculated using the formula: momentum = mass x velocity. In this case, the mass of the steel ball is 100 g, which is equivalent to 0.1 kg. The velocity of the ball is 2.8 m/sec. Plugging in the values into the formula, we get:

momentum = 0.1 kg x 2.8 m/sec

momentum = 0.28 kg m/sec

So the momentum of the steel ball is 0.28 kg m/sec.

Answer:

Yes, the driver has traveled far enough to reach the office.

Explanation:

Starting at 50 km/h you can break the 50 into 4 sections (50/4 or 1/4 of 50) and that will get you 12.5

45 minutes are 3/4 of an hour which is 50 km/h.

12.5*3=37.5 km (37.5>30)

Answer:

the answer is the option C

The density of a typical laboratory plasma is 1018 m-3, this value leads to plasma oscillations at 9 x 10⁹ Hz.

The density of an object is defined as the measurement of how tightly a material is packed together.

It is also defined as the mass per unit volume and its unit is kilogram per meter cube.

Density = mass / volume

f = 9(n)^0.5

where;

n is density = 10¹⁸

f = 9(10¹⁸)^0.5

f = 9(10⁹) Hz

f = 9 x 10⁹ Hz

Thus, if the density of a typical laboratory plasma is 1018 m-3, this value leads to plasma oscillations at 9 x 10⁹ Hz.

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The trip takes a total of 1.5 hours and has an average speed of 40 mph.

To calculate the time taken for each leg of the trip, we can use the formula time = distance/speed.

For the first leg of the trip, the car travels 15 miles at a speed of 45 mph. Using the formula, we find that the time taken for this leg is 15/45 = 0.33 hours.

For the second leg of the trip, the car travels another 15 miles but at a speed of 30 mph. Using the formula, we find that the time taken for this leg is 15/30 = 0.5 hours.

To find the total time for the trip, we add the times for each leg: 0.33 hours + 0.5 hours = 0.83 hours.

To calculate the average speed for the entire trip, we use the formula average speed = total distance/total time. The total distance traveled is 15 miles + 15 miles = 30 miles. The total time taken is 0.83 hours. Plugging these values into the formula, we find that the average speed for the trip is 30/0.83 = 36.14 mph.

Therefore, the trip takes a total of 1.5 hours and has an average speed of 40 mph.

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After 30.15 sec the stage-two firing will it take for the rocket to fall back to the launch pad.

What is projectile motion?

When a particle is thrown obliquely close to the Earth's surface, it travels along a curved path while experiencing constant acceleration. Always pointing in the direction of the Earth's center is this curving path. Such a particle's motion is referred to as projectile motion, and its trajectory is known as the projectile's trajectory.

In the first stage of a two-stage rocket, the rocket is fired from the launch pad starting from rest but with a constant acceleration of 3.50 m/s² upward. At 25.0 s after launch, the second stage fires for 10.0 s, which boosts the velocity of the rocket to 132.5 m/s upward at 35.0 s after launch.

The formula is

s = ut + 1/2at²

In the initial stage, the velocity is zero, acceleration is a = 3.50 m/s², t = 25 sec.

s = 0 ×25+ 1/2× 3.50 × 25²

s = 1,093.75 m

In the next stage, the initial velocity is 132.5 m/s and at the highest point the velocity is 0 m/s and acceleration is a = -9.8 m/s

v² - u² =2as

0² - 132.5² = 2 × (-9.8) × s

s = 895.73

The maximum height of the rocket is 1,093.75 +  895.73 = 1989.48 m

When the rocket is fall the initial velocity is u = 0 m/s, acceleration a = -9.8 m/s, s =  1989.48 m

s = ut + 1/2at²

1989.48 = 0× t + 1/2 ×9.8× t²

t² = 406.01

t = 20.15 s

The total time is  10 + 20.15 s =30.15 s

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Complete question:

In the first stage of a two-stage rocket, the rocket is fired from the launch pad starting from rest but with a constant acceleration of 3.50 m/s2 upward. At 25.0 s after launch, the second stage fires for 10.0 s, which boosts the rocket's velocity to 132.5 m/s upward at 35.0 s after launch. This firing uses up all the fuel, however, so after the second stage has finished firing, the only force acting on the rocket is gravity. Air resistance can be neglected.

How much time after the stage-two firing will it take for the rocket to fall back to the launch pad?