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Where is the EXPERIMENT

The ANSWER is 600 i HOPE it will HELP you

A force is a push or pull acting upon an object as a result of its interaction with another object. There are a variety of types of forces. Previously in this lesson, a variety of force types were PLACED into two broad category headings on the basis of whether the force resulted from the contact or non-contact of the two interacting objects.
 

Contact ForcesAction-at-a-Distance ForcesFrictional ForceGravitational ForceTension ForceElectrical ForceNormal ForceMagnetic ForceAir Resistance Force Applied Force Spring Force 

 

These types of INDIVIDUAL forces will now be DISCUSSED in more detail. To read about each force LISTED above, continue scrolling through this page. Or to read about an individual force, click on its NAME from the list below.

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There are two KINDS of forces:

Contact Forces - INVOLVE physical contact between OBJECTS. Examples: the force involved in kicking a ball, pulling a wagon, compressing a spring, etc.Field forces - don't involve physical contact between objects. Examples: the gravitational force and the electromagnetic force.

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You NEED any DIAGRAM or not.

Further, space is a vacuum, meaning that sound cannot carry because molecules are not close ENOUGH together to transmit sound between them. That's not to say that space is empty, however. GAS, dust and other bits of MATTER float around "emptier" areas of the universe, while more crowded regions can host planets, stars and galaxies.

No one knows exactly how big space is. The difficulty arises because of what we can see in our detectors. We measure long distances in space in "light-YEARS," representing the distance it takes for light to travel in a year (roughly 5.8 trillion miles, or 9.3 trillion kilometers).

From light that is visible in our telescopes, we have charted galaxies reaching almost as far back as the Big Bang, which is thought to have started our universe 13.7 billion years ago.


These is not RIGHT answer so don't reffer it!

STIFFNESS of the BEAM

300m/s²
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As the GRAVITY of EARTH is 1/6th of the earth
so the weight of the body on the MOON will be 1/6*60= 10 kg

ANSWER:

Gsgsgsg

Explanation:

W6w66w

Its probably option A because wall is a stationary object so it cannot just EXERT force on something until and UNLESS newtons 3rd law of motion COMES into action that every REACTION have equal & OPPOSITE reaction, so when ball exerted force on the wall then only the reaction force get into work.

So option A!    

INCANDESCENT light is GIVEN off when an OBJECT is HEATED until it glows.To emit white light an object must be heated at least 1,341degrees[727degrees clsius].... the most COMMON example of incandescent is the white-hot filament in the light bulb of an incandescence lamp

Hay mate!

M giving U HINT...

F = qE

F = 3.2 × 10^-19 × 8 × 10^2

F = 25.6 ×10^-17N

As u know...

F = ma

a = F/m

a = 2.5 × 10-17 /10^18

a = 2.5 × 10-35m/sec^2

#phoenix⭐⭐

Which CHAPTER is this in physcics MAN

I don't think there will be much difference, because we need fuel for what, POWERING our vehicles, running power plants, cooking, running industries, generating electricity etc. so for all these purposes we have substitute, there are electric cars, inductions & microwave for cooking we are generating power by WIND energy, hydro electricity, using steam too & also most of the industries are using electric machines & EQUIPMENT. But one field will be really affected & that's is space researches because currently we don't have a substitute for rocket fuel right now there is nothing much powerful to power a rocket except hydrazine (which is a fuel) but i'm sure scientists will find a way to substitute hydrazine with something more easily AVAILABLE.  

An activity involving mental or PHYSICAL effort  in ORDER to achieve a RESULT is CALLED as work.

Boundary Conditions

It is a general mathematical principle that the number of boundary conditions necessary to determine a solution to a differential EQUATION matches the order of the differential equation. The static beam equation is fourth-order (it has a fourth derivative), so each mechanism for supporting the beam should give rise to four boundary conditions.

Cantilevered Beams

Figure 5: A cantilevered beam.

For a cantilevered beam, the boundary conditions are as FOLLOWS:

w(0)=0 . This boundary condition SAYS that the base of the beam (at the wall) does not experience any deflection.

w'(0)=0 . We also assume that the beam at the wall is horizontal, so that the derivative of the deflection function is zero at that point.

w''(L)=0 . This boundary condition models the assumption that there is no bending moment at the FREE end of the cantilever.

w'''(L)=0 . This boundary condition models the assumption that there is no shearing force acting at the free end of the beam.

If a concentrated force is applied to the free end of the beam (for example, a weight of mass m is hung on the free end), then this induces a shear on the end of the beam. Consequently, the the fourth boundary condition is no longer valid, and is typically replaced by the condition

w'''(L)= -mg

where g is the acceleration due to GRAVITY (approximately 9.8 m/s^2). We note that we could actually use this boundary condition all the time, since if m=0 , it reduces to the previous case.

Simply-Supported Beams

typically solar PANELS work by TRANSFERING heat from the collector to the tank through a separet circuit and a heat EXCHANGER .Heat collected by the panel heats up water that FLOWS through a circuit of pipes into a copper coil inside your hot water tank

π because  in QUATER CIRCLE DISPLACEMENT is πr/2 and DISTANCE is R

For a cantilevered beam, the boundary conditions are as follows:

w(0)=0 . This boundary condition says that the base of the beam (at the wall) does not EXPERIENCE any deflection.

w'(0)=0 . We also assume that the beam at the wall is horizontal, so that the derivative of the deflection function is zero at that point.

w''(L)=0 . This boundary condition MODELS the assumption that there is no bending moment at the free end of the cantilever.

w'''(L)=0 . This boundary condition models the assumption that there is no shearing FORCE acting at the free end of the beam.

If a concentrated force is applied to the free end of the beam (for EXAMPLE, a weight of mass m is hung on the free end), then this induces a shear on the end of the beam. Consequently, the the fourth boundary condition is no longer valid, and is typically replaced by the condition

w'''(L)= -mg

where g is the acceleration due to gravity (approximately 9.8 m/s^2). We note that we could actually use this boundary condition all the time, since if m=0 , it reduces to the previous case.

Simply-Supported Beams

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6/5t -t= 10

t/5 = 10

t= 50 MIN

The temperature remains constant during the boiling of water even THOUGH HEAT is SUPPLIED continuously. This is because, the heat supplied is absorbed by the water particles and this heat increases their kinetic ENERGY.

They are MAXIMUM between PARTICLES of SOLID

According to the GIVEN information

TOTAL journey time = 19 hours

The TRAIN has completed a 10 hour journey.

The average speed of train is 100km/hr.

So the total distance in 19 hours at a speed of 100km/h is = 19 (100) = 1900km

The train has moved for 10 hours.

So it has completed a disatnce in 10 hours = 10(100) = 1,000 km

It had to wait due to the distribution of rail traffic.

So the train completed the distance of 1,000km in 11 hours.

NOW

remaining distance = 1900 - 1000 = 900 km

remaining times = 19 hours - 11 hours = 8 hours

New Average Speed = Distance / Time

                                    = 900 / 8  = 112.5 km/h

So the train had to move with a speed of 112.5 km/h to complete the journey in the same time (to cover the delay).

Hey mate here is your answer -

Noise - SOUNDS which are not PLEASANT to hear are called noise . Noise is an IRREGULAR combination of sounds . It is unpleasant to hear .

Music - Sounds which are pleasant to hear are music . Music is a combination of sounds which are produced in ORDER . It is pleasant to hear .

hope this HELPS you

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To calculate the force of GRAVITY of an object, USE the FORMULA: force of gravity = mg, where m is the MASS of the object and g is the acceleration of the object due to gravity. SINCE g is always 9.8 m/s^2, just multiply the object's mass by 9.8 and you'll get its force of gravity

The PERISCOPE is used in the SUBMARINES to see what is GOING on the water surface, It was used for observation purposes in the trenches during World War I, It is used in some GUN turrets and it is used in armed vehicles.

A good SOURCE of energy is :

* ONE that gives a LARGE amount of heat per unit volume

* One that is easy available

* One that can be easily TRANSPORTED

* One that is ECONOMICAL

The BEST example of ZERO WORK done is that when you are applying a force to the WALL The Wall is not moving this MEANS that as work done is equal to force into distance force has some value but the distance moved in the direction of the force is zero hence the work done is zero

1.5into SPEED of LIGHT in AIR

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=> The plant made the MOLECULES by using light energy from the Sun.

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=> The Sun's light energy came from electrons in its atoms LOWERING energy states, and releasing energy.

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=> The energy in the atoms came from the NUCLEAR reactions in the heart of the Sun.
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30 MIN= 0.5 hour

Speed = 18/0.5

S= 36 km/h

S= 36× 5/18

S= 10 m/s

Because the only NEGATIVE CHARGES are DISPLACED.

Hey frnd...
Reflection of SOUND

The reflection of sound FOLLOWS the law "angle of incidence equals angle of reflection", SOMETIMES called the law of reflection.


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Intent is a really important thing. An ANT doesn’t have a sense of self. An ant’s brain is so incredibly tiny, that pain is registered in SIMPLISTIC ways, without a complex psychology and a sense of suffering and agony.[1] But intent matters.

Morality is a human construct that largely exists to guide human behaviors with and TOWARDS other humans. We have morality because —without it— we’d unlikely have become who are as a species. Our ability to empathize with the suffering of those who can suffer is an important cornerstone of our morality. (i.e. it’s not enough to just be alive — a clam, tree and paramecium are alive, but cannot suffer thus killing them has no moral value other than their impact on humans)

If you are causing an animal to suffer (who can feel such a thing) for personal pleasure, then that becomes immoral not because the death itself is of import —ants die by the bazzillions all the time and frequently because they just followed a scent trail mindlessly and wandered to their doom— but because it highlights potential harm to other humans, their possessions or those other animals that can suffer.

In the end, we ratchet up and down our morality based on a creature’s capacity to feel pain. TORTURING a human is considered one of the most immoral acts possible. Torturing an ape or an orca is also considered highly immoral. A cat, a dog and horse is considered highly immoral, but not on par with a human. Causing a rat, a mole or a bird to suffer is barely considered immoral by most people and usually not by much. Torturing a grasshopper or a worm may only be considered immoral by a small few. A tomato plant cannot feel pain, so there is no capacity to torture it. Same for blade of grass.

Most of us are pragmatists when it comes to “immorality”. Some see all life as equally valuable. Most do not. We kind-of-sort-of try to match our empathy to a creature’s internal sense of self and its ability to feel sense agony/pleasure. The greater our understanding of a creature, the better we match our morality to its capacity to sense these FEELINGS.