Explore topic-wise InterviewSolutions in Current Affairs.

ANSWER:

• a=15m/sec2

Explanation:

a=50-5/3=>15

Answer:

https://goo.gl/search/Source+of+AC+current+and+dc+current

What are the sources of AC and DC current? - Quora AC by synchronous alternators and DC by Batteries. These are ACTUALLY you can say the main sources of AC and DC currents. AC is supplied by LOCAL electric COMPANY. DC is no longer supplied by the electric company HOWEVER you can easily convert DC from AC .

it's your ans plzzz mark me brainliest and follow me on brainly ✌️✌️✌️

ANSWER:

OSCILLATION whose amplitude reduce with time are called damped oscillation. this HAPPENED because of the friction. in oscillation of its amplitude does not change with time they are called UNDAMPED oscillation. this undamped oscillation are only POSSIBLE friction is not present.

ANSWER:

2 isssssssss. the answer....

In YEAR 1884, The AMERICAN INSTITUTE of ELECTRICAL ENGINEERS found.

______________________Thanks❤️

Answer:

The tertiary CONSUMERS are supposed to get more ENERGY in the FOOD CHAIN. They get their foods from secondary consumers and these tertiary consumers stay at the top of the food PYRAMID.

Answer:

15 m/sec

Explanation:

a=Vf-Vi/t

a=>50-5/3=>15 m/sec2

Answer:

1. Is the answer known to you?
2. The PLAYERS are being CHEERED by the crowd.
3. By whom had the FORM been FILLED?
4. We were shocked at his behaviour.
5. Let the flowers be not plucked.

HOPE THIS ANSWER HELPS YOU....

EXPLANATION:

cgjdlyeulcghsmMajcmfhebvgwnsgvdvfdj

Answer:

Explanation:

Some EXAMPLES of luminous objects are a burning CANDLE, a light bulb, the SUN and other STARS, fluorescent MATERIALS and tube lights, among other things.

• EXPLANATION:

Hohfxohxigohufzphe#'9$*9)"6-68:/*8jr

ANSWER:

Tides are CAUSED by the GRAVITATIONAL attraction of the Moon.

Answer:

5 m PER sec2

Explanation:

W=mg

=>m=W/g

m=9.8/9.8=1 kg

F=ma

=>a=F/m

a=5/1=5 m/sec2

ANSWER:

the FORMULA is

pressure=force /AREA

=force÷area

ANSWER:

MUSICAL SOUND, any tone with characteristics such as controlled pitch and TIMBRE. The sounds are PRODUCED by instruments in which the periodic vibrations can be controlled by the performer.

Explanation:

EXPLANATION:

it is because the EARTH ROTATES in its AXIS

Answer:

BRO IMAGE CLEAR ni HY

..............

EXPLANATION:

Explanation: Continuity equation is RELATED to mass conservation. ... Explanation: In electromagnetic theory, CHARGE conservation is a result of Maxwell's equation which states that DIVERGENCE of current DENSITY is equal to the negative rate of change of charge density.

ANSWER:

hdzxh,he,JFK vxigzifsfwifx8tifgsgisosdogd

• The equation given is: G = G (M/R²)

• In this, we have four variables.

• g is the acceleration produced by the EARTH so it is acceleration due to gravity.

• R is denoted as the radius of the earth.

• G is the gravitational constant which has the VALUE 6.67 x 10^-11 Nm²/kg².

• M is MASS of the object considered.

• R is the radius of the object considered.

ANSWER:

EXPLANATION:PE= mgh

=6•2•10

=120

I do not KNOW !!!!!!!!!!

Answer:

1.8

Explanation:

Since

C(charge)=Q(CURRENT)X t(TIME)

=0.9 x 2

=1.8

Answer:

False

Explanation:

Because WITHOUT friction bodies on surfaces won't MOVE

PLSS TYPE QUESTION CORRECTLY then i HELP you

ANSWER:EXPLAIN your QUSTION PROPERLY

ANSWER:

for EXAMPLE TAKE 1MM square

Explanation:

1mm square = 1mm× 1mm

= 1/1000 msq× 1/1000msq

= 1/10,00,000 METRE square

(Ans.)

ANSWER:

at a JUNCTION the sum of a potentiometer entering the junction is EQUAL to the sum of the current LEAVING the junction

ANSWER:RESISTANCE of a conductor increase with rise in conductor..

EXPLANATION:

As it is directly PROPORTIONAL to that of the temperature..

ANSWER:

CAR with a VELOCITY of 73 kilomiter PER hour

Explanation:

According to Newton, when sound waves propagate in air, compression and rarefaction are formed. He assumed that the process is very SLOW and the heat produced during compression is given to surrounding and heat loss during compression is GAINED from surrounding. So the TEMPERATURE remains constant and sound waves propagate through an isothermal process.

According to gas law (Boyle's law),

PV = constant where, P = pressure V = volume of air

Differentiating above equation, we get

PdV + VdP = 0

PdV + VdP = 0PdV =- VdP

PdV + VdP = 0PdV =- VdPP = -VdP/dV = dP/-(dV/V)

P=B

where, B is the bulk modulus of the air.

If B is the bulk modulus of the air, v is VELOCITY and ρ is the density, then, velocity is given by:

    V=(B/ρ)^1/2

V=(B/ρ)^1/2hence V=(P/ρ)^1/2

This is the required expression for velocity of sound in air.

Calculation of Velocity of air

Now, the velocity of sound in air using Newton's formula at NTP (Normal Temperature and Pressure) is given by:

Pressure (P)= 1.1013 * 105 N/m2 Density of air (ρ) = 1.293 kg/m3

Experimentally it has been found that the velocity of sound in air is 332 m/s. We can conclude that, there is some error in Newton’s assumption and it needs correction.

Laplace Correction of Newton's Formula

Laplace provided a correction for Newton’s formula. He assumed that, the process of compression and rarefaction occur very fast and no exchange of heat takes PLACE. Thus, the temperature doesn’t remain constant and the propagation of sound in gas is an adiabatic process.

ANSWER:

emf= V-IR

➡️ 12-2 = 10V

➡️ 10% of this emf is 1V

➡️ CURRENT is IR = 1X1= 1 ampere

➡️ current DRAWN by the loaded motor is 1+2=3A.

ANSWER:

I could find out more than 40 devices in the live audio room which needs electricity to operate the devices. Such devices are including televisionscreen,speakers,lights,microphones,COMPUTERS,dvd players,fans and etc...

the live audio and controle ROOMS are connected by a cables to exchange the audio sound into digital data signal during recording,mixing and editing. So the entire procees can done by USING electricity.generators are also used in every where not only in live audio rooms.The generator operates using the principles of electromagnetic induction.Electricity is very important for working this devices.

EXPLANATION:

DISTANCE travelled = 10 + 10 + 10

= 30 m

displacement = (10-10-10)

= -10M

Answer:

MATERIALS that ALLOW electrons to FLOW through them are KNOWN as conductors of electricity

hope it HELPED and please mark as brainliest:)

HOPE it helps

Plz MARK it as BRAINLIEST

Buoyancy is caused by differences in pressure acting on opposite SIDES of an object immersed in a static FLUID. The direction of the net FORCE due to the fluid is upward.

...

Summary

the density of the fluid,

the volume of the fluid displaced, and.

the local ACCELERATION due to gravity.

Gicen:-

Force = 5N

Mass = 15kg

To find:-

Work done by force during the 1st SEC. of motion.

Solution :-

a =

a =

a =

We know,

Work = Force × displacement

W = Fs

Work = 5 × at²

Work = 5 × × × 1²

Work = 2.5 × × 1²

Note:- The FRACTIONAL form of the answer is 5/6 J. However, on dividing further the answer would be 0.8333J. No worry about the answer mine is too correct! :)

ANSWER:

yes bcos a MIRROR is an REFLECTIVE AGENT

Answer:

10 is answer

Explanation:

2i X 5i i i will cut 2x5=10

ANSWER:

here is your answer... HOPE it HELP

EXPLANATION:

Light is known to behave in a very predictable manner. If a ray of light could be observed APPROACHING and reflecting off of a flat mirror, then the behavior of the light as it reflects would follow a predictable law known as the law of REFLECTION. The diagram below ILLUSTRATES the law of reflection.

In the diagram, the ray of light approaching the mirror is known as the incident ray (labeled I in the diagram). The ray of light that leaves the mirror is known as the reflected ray (labeled R in the diagram). At the point of incidence where the ray strikes the mirror, a line can be drawn perpendicular to the surface of the mirror. This line is known as a normal line (labeled N in the diagram). The normal line divides the angle between the incident ray and the reflected ray into two equal angles. The angle between the incident ray and the normal is known as the angle of incidence. The angle between the reflected ray and the normal is known as the angle of reflection. (These two angles are labeled with the Greek letter "THETA" accompanied by a subscript; read as "theta-i" for angle of incidence and "theta-r" for angle of reflection.) The law of reflection states that when a ray of light reflects off a surface, the angle of incidence is equal to the angle of reflection.

Reflexes are  an  essential  part of protective and homeostatic function,  both in  general terms  and with specific reference to ocular structures. A wide RANGE of stimuli   and  responses,  with  varying degrees of central processing, is  INVOLVED in such reflexes. The simplest reflexes are monosynaptic, such as the  stretch   or   myotatic  reflex.  More  COMPLEX polysynaptic reflexes are involved in many regula- tory and protective functions - these INCLUDE auto- nomic as  well  as somatic reflexes. Ocular auto- nomic reflexes include the  oculocardiac, pupillary, accommodative and lacrimatory  reflexes.  Ocular somatic reflexes  include eyelid and extra-ocular muscle  reflexes  (such as Bell’s  phenomenon, vestibulo-ocular and optokinetic reflexes)

Answer:

Transition ELEMENTS are the elements PRESENT in the d-block of the periodic table.

Some examples of transition elements are ,

Zinc

Copper

Platinum

Chromium , etc

transition elements ALSO exhibit variable VALENCY. Some examples for the compounds formed by transition elements are ,

ZnS

CrO₅

AgNO₃

CuSO₄

FeO , etc

hope it helped and please mark as BRAINLIEST:)

ANSWER:

FIRST you correct the DENSITY of water

density of water is 1000kg/m^3

The REQUIRED density of object is 250 kg/m^3

Answer:

Explanation:

The name is derived directly USING the atomic number of the element according to the numerical roots.

The symbol for any element is given according to the atomic NUMBERS, for example; the element with atomic number Z= 102, has the symbol Unb, as ABBREVIATION for numerical root of digit 1 is u, 0 is N and for 2 is b.

Answer:

0.905V

Explanation:

lambda = YD/ D

= 4 * 10^-7m

E = HC/ lambda

= 3.105 EV

STOPPING potential = 3.105 - 2.2

= 0.905V

Not UNDERSTANDING PLZ

ANSWER:

H(MAX)=u^2sin^2theta/g

=u^2/g

ANSWER:

In these formulas, the unit of electric charge is amp seconds (ampsec, which is also called “coulomb”); its symbol is Q. One ampsec is the charge of 6.25×1018electrons or protons (ions). An amp is 6.25×1018 electrons/sec. Force is expressed in grams (technically gramweights). Lengths are in cm (although the recommended distance between sensor and sample is 1″ or 2.5 cm). Time is in seconds (sec).

Basic measurements made with a SURFACE voltmeter: The term Vdisplayed refers to the number displayed on a surface voltmeter (electrostatic voltmeter). When the meter is held at the specified distance from a large sheet of metal (provided the sheet diameter is greater than 5x the specified distance), Vdisplayed is the voltage of that sheet, with respect to earth ground, in units of volts. For example, when using the handheld Surface DC Voltmeter Model SVM2 with the sensor disc 2.5 cm from the center of a metal sheet, a reading of “9.400” (kV) means that the sheet is at +9400 volts with respect to ground. If the sensor is brought closer, Vdisplayedwill be higher than the actual voltage. (If the measurement distance is other than 1 inch, or if the sample surface is small, formulas are given below to correct the reading.)

The surface “voltage” of an electrostatically-charged insulator can also be measured in the same way. However, insulators behave differently from metals (conductors). When a surface voltmeter or any GROUNDED object is brought close to a charged insulator, the proximity will reduce the voltage of the insulator’s surface in that region. The voltage is approximately proportional to the distance between the grounded object and the insulator’s surface, multiplied by Q/A (the amount of charge per CM2 on the surface). In addition, the voltage varies from place to place across an insulator. (Compare this to the voltage of a metal sheet, which is always the same everywhere on the sheet.) For this reason, the “voltage” of an insulator is poorly-defined, Instead, either the total charge Q or the charge per unit area Q/A on the surface is usually the parameter measured on a charged insulator. If the SVM2 surface voltmeter’s sensor is held near an insulator with a uniform charge per area (Q/A), then Q/A = Vdisplayed x 3.6×10-14 (in ampsec/cm2), and the average voltage of the surface directly under the sensor is Vsurface = Vdisplayed x L/2.5 cm. However, the voltage is generally higher at other points on the surface, and the voltage will increase once the surface voltmeter is taken away. “L” is the distance between the sensor and the surface.

Explanation:

please mark it brainliest