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Loss of every is one DISADVANTAGE of HEATING EFFECT of electricity

For a PARALLEL GLASS slab,

∆= I-R

Where, ∆= angle of deviation

I= angle of incidence

R= angle of refraction

For a Prism,

∆= I+i-A

Where, i= angle of emergence

A= angle of prism

And for the MINIMUM angular deviation in a prism, the angle of incidence MUST be equal to the angle of emergence.

I THINK it is USED in A.C or D.C genraters

Newton's 3rd law of motion STATES that:

“For every action there is an equal and opposite reaction.”

It means that for every interaction between objects there are always 2 forces ACTING. The forces must be equal in magnitude. That is they must both be EQUALLY "strong." They also must be opposite - working in OPPOSING directions.

When we walk our foot pushes on the floor and the floor pushes back on us - in the opposite direction, RESULTING in our moving in the direction we are walking.

It's a little difficult to understand that this happens anytime we have an interaction between objects. When we sit down on a chair, the chair pushes up on us. And, of course, when we hit someone, he/she's going to hit us back

Kerosene has LOW ignition temperature because it BURNS very EASILY

ANSWER:

EXPLANATION:

ASTIGMATISM is the EYE DEFECT.

This is the SOLUTION for your Q.
Average SPEED is 195km/hr

PLZ Plz MARK as BRAINLIEST

I hate to disappoint you, but it's REALLY the same as Schrödinger’s equation for anything else.

The differences are just details, and can be generalised away. The fundamental Hamiltonian form just “works”.

How is that possible? Because Schrödinger's equation isn't at bottom about “PARTICLES”. All the details about “particle” BEHAVIOUR are plugged into it, like information about ambient electrostatic fields and what-have-you, by way of the Hamiltonian it references.

Schrödinger's equation is a general statement about the time-evolution of a wide class of physical systems in terms of their space distribution, with a rather mind-stretching use of non-spatial phase information modelled as the complex arguments of the distribution. Nothing at all about the equation says what particles are in the system, in the same kind of way that Newton's theory of gravitation doesn't have anything to say about planets, except by being applied to them.

On the other hand, there isn't anything specially Schrödinger-ish about a Hamiltonian, or even particle-ish. ACTUALLY describing a system of particles is at least two removes away from Schrödinger's equation, and at least one remove from Hamiltonians.

Having said that, now look at

Two-Particle Systems

Here everything about the two particles is embedded in a NICE simple Hamiltonian. This goes into the equation just as the Hamiltonian always does.

Because it STILL COMES BACK to its ORIGINAL SHAPE

She can just roll the ROPE around her HAND for attaining a better GRIP

So what. ..........
...what ACTUALLY do you WANT to convey. .......

you are not allowed to put such MEANINGLESS QUESTIONS over here......

In uniform circular motion the body is constantly under the influence of centripetal force that is DIRECTED TOWARDS centre of the circle and the body always tends to FOLLOW a tangential path to the circle that is the displacement of body is perpendicular to the centripetal force......

NOW

work is an scalar product or dot product and since centripetal force is perpendicular to the displacement and as cos of 90 degree is zero therefore work done on an object in uniform circular motion is zero......
hope it PROVES to be useful.......
if any query plz let me know......

An ARCHERY and a DOT DASH

Application of refraction of light is a tool which helps us in understanding the basic concepts about the refraction of light and its application. First of all let us understand the basics of refraction of light and then we will study about application of refraction of light.

Generally refraction of light occurs when the waves travel s from one medium to another medium, with some refractive index and it generally enters other medium at oblique angle. There are various phenomenon’s associated with the refraction. Refraction of light has a major scope in case of optics and in the field of technology. For example, lens uses the basics of refraction of light to form an image of an object for various purposes, such as magnification. The other example is prism which also uses refraction to form a spectrum or band of colors from incident ray of light. In optical illusion and mirage, refraction generally plays a big role.

Various scientific things have been explained with the help of refraction. Day to day phenomenon’s are also explained with the help of refraction. One example which we are most familiar is ‘Twinkling of stars’. This phenomenon is explained in this way. The atmosphere which is blanket of earth actually consists of various LAYERS of varying densities. It is because of change in temperature and pressure. The phenomenon is when the ray o f light enters into the layers of continuously increasing densities they are being refracted because of change in medium. In this COMPLETE process, ray of light follows curve path and hence it reaches to us. But because of the wind and currents, the DENSITY of the layer continuously increases and hence in turn the density of each layer goes on changing from layer to layer. And because of this at very small interval of time, the position of the image of START keeps on changing, and hence it ultimately produces the twinkle effect. This is all based on the concepts of refraction.

The same principle can be used to explain the apparent sunrise or sunset. The basic concepts of refraction are used to describe the complete process. The other applications of refraction are as follows:

1) Spear fishing, in which spear fisherman use a smart trick to catch the prey. The spear fisherman generally aims at a point below where the fish seems to be. This is because light actually changes its direction from one medium to another of different densities. This change is basically known as refraction.

2) Bending of stick in water. In water, a stick engrossed in water generally appears bent and small when viewed at an angle from above. This is also because the rays of light actually travel from water medium to air medium and hence in bend away from the NORMAL at the surface.

3) A coin appears raised in water. The same explanation exists.

From above discussion we have seen that refraction of light has been used to understand the scientific facts in almost all fields. This is all about application of refraction of light

Examples of divergent BEAMS:
ray coming from burning candle
rays coming out of the car HEAD light
rays coming out of the lift bulb


Hope it HELPS.....
pls MARK as brainlist

1 KG = 1000 g
So, 50 GRAMS = 50/1000 kg
= 0.05

Hey MATE here's the answer
The most commonly knowncause of changes inatmospheric pressure is a change in elevation. As elevation increases, the number of air molecules in the surrounding atmospheredecreases. This, in TURN, DECREASES the density of the AMBIENT air, causing a decrease in the ambient air pressure.
Hope this helps you

ANSWER:
(1) First equation of Motion:
V = u + at

Consider a body of mass “m” having INITIAL velocity “u”.LET after time “t” its FINAL velocity BECOMES “v” due to uniform acceleration “a”.

Now we know that:
Acceleration = change in velocity/Time taken

=> Acceleration = Final velocity-Initial velocity / time taken

=> a = v-u /t
=>at = v-u

or v = u + at
This is the first equation of motion.

The above PICTURE is your ANSWER

In cooking FOOD in pressure COOKER and pressure inside tire of VEHICLES and BICYCLE wheel.

First part of radius is 2 r and length is l so you find the VOLUME of hollow cylinder by using FORMULA okk and after in second part the radius is 2r and length is constant okk so in TWO parts you find the volume of hollow cylinderical by using formula after then the two volume which you are calculate both will ADDED okk

AVG. SPEED of TRAIN = (50+30+70)÷(0.5+0.26+0.76)

Time is ODD ONE bcoz it is SCALAR QUANTITY.

Given:

The momentum of a photon is 1.1×10^-23

To find:

What is the frequency of photon , whose momentum is 1.1×10^-23?

Solution:

Let "p" be the momentum of the photon

we use the formula,

p = mc

where, m = MASS of the photon

Now consider,

E = mc² ....(1)

where E is the energy of photon and c is the speed of light.

E = h × f  ......(2)

where f is the frequency of the photon.

using equations (1) and (2), we get,

mc² = h × f

⇒ m = hf/c²  .......(3)

we have,

p = m × c

substituting the value of m (3) in above equation we get,

p = hf/c² × c

p = hf/c

⇒ f = pc/h

c = 3 × 10^8 and h = 6.623 × 10^{-34}

given, p = 1.1 × 10^{-23}

∴ f = (1.1 × 10^{-23}) × (3 × 10^8) / (6.623 × 10^{-34})

upon solving, we get,

f = 0.498 × 10^{19}

∴ f = 4.98 × 10^{18} Hz.

Hence the frequency of a photon.

It's FORMULA is 1J =

Skywave PROPAGATION is based on the reflection of ELECTROMAGNETIC WAVES.

When the electromagnetic waves hit the ionosphere containing ions are REFLECTED BACK towards the surface of the earth.

Thus through this the skywave propagation takes place.

Itdoycuofooyxuxo o6sdyo fu FG HSHV fhg fjgfbtity ysyu duhh tuy HH

Answer:

Explanation:

SECOND GEAR will be most IDEAL for this speed in bike.

Since F = m(vf - VI)/ (tf - TI )
vi = initial velocity
m = MASS
f = external force
tf = final time
ti = initial time
velocity = 10 m/ sec

Because BOAT is in the shape of streamlined body to cut through the water easily and it is also hollow so DUE the archimedes PRINCIPLE the less DENSITY will float on water.... But in case of fence its not hollow and not in the streamlined shape the person will drown immediately if he steps on a floating fence..

F/m.
i.e. FARAD PER METER

Typical VALUES of fiber core size RANGES from 50 to 100 micrometers and Numerical aperture VALUE ranges from 0.20 to 0.29. For a 50/125 micrometer multimode fiber the numerical value SPECIFIED generally is 0.20 with a tolerance of +/- 0.015.

Initial velocity = 0km/h

Final velocity = 92 km/h

Time = 5 min

We will convert initial and final velocity into m/s

and time into seconds

u= 0km/h = 0 m/s

v = 92km/h =25.55 m/s

t= 5 m =5*60 =300 sec

Now USING FIRST Equation of Motion

v=u+at

92=0+a*300

92/300=a

a=0.30 m/s/s

It has very low resistance to ENSURE the CORRECT measurement of CURRENT in the circuit. If it is connected in parallel across any LOAD then all current in circuit will choose lower resistive path (i.e ammeter) to cause it's circuit to be damaged. HENCE it is used in series.

Answer:

Explanation:

No EFFECT as at NULL POINT, ZERO current FLOWS through the wire.Hope you understood.

For a UNIT VECTOR, MAGNITUDE is 1

The STRUCTURE i s KINK which PREVENT the BACKWARD of MERCURY

I did not UNDERSTAND the QUESTION you have ASKED

Thank you for this QUESTION. PLEASE find the answer below:

To MAKE a p-type semiconductor germanium is doped with Gallium and Boron.

This is because both; Gallium and Boron are TRIVALENT and trivalent elements are needed to ATTAIN a p-type semiconductor germanium

Explanation:

Hello Mate ✌️☺️

Question:-

the algebric sum of changes in potential around any CLOSED loop in a CIRCUIT INVOLVING resistors and cells in a closed loop is........,

Answer:-

In accordance with KIRCHHOFF's second law i.e. Kirchhoff's voltage law (KVL), the algebraic sum of all the potential differences in a closed electric circuit or closed loop that CONTAINS one or more cells and resistors is always equal to zero. This law is popularly called as the law of conservation of voltage.

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Answer:

EXPLANATION:

Block is a CUBOID,HENCE volume=length*breadth*thickness