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tion:STATEMENT: # The MAXIMUM constant velocity acquired by a body while falling through a viscous medium is called its TERMINAL Velocity. ...DERIVATION: Expression for terminal velocity,V = Vt. Density of a SPHERE = ρ ...Viscous FORCE = mg. 6πηrv = mg. ...V = 2r² ( ρ - σ ) g / 9η Hope it helps U.

Physics > Electricity > Heating EFFECTS of Electric Current and Its ApplicationsElectricityHeating Effects of Electric Current and Its ApplicationsBefore we go to school or to attend any function, we ensure that our clothes are crisp and not crimped. And for this, we use an iron to straighten out those clothes. Why do we only use an iron? What’s the mechanism behind the working of an iron? And why is an iron always hot? WELL, this iron is the most basic example of heating effects of electric current in our everyday life. There are many such other devices that WORK on the heating effects of electric current. Let us study them below. What are the heating effects of the electric current?When a current flows through a conductor, heat energy generates in the conductor. The heating effects of electric current depend on three factors:The resistance of the conductor. A HIGHER resistance produces more heat.The time for which the current flows. The longer the time the amount of heat production is high.Higher the current the amount of heat generation is also large.Hence the heating effect produced by an electric current, I through a conductor of resistance, R for a time, t is given by H = I2Rt. This equation is the Joule’s equation of electrical heating.Browse more Topics under ElectricityElectric Current and Circuit DiagramsElectric Potential and Potential DifferenceOhm’s Law and ResistanceJoule’s law states the amount of heat production in a conductor is :Directly PROPORTIONAL to the square of electric current flowing through it.Is directly proportional to the resistance of the conductor.Directly proportional to the time for which electric current flows through the conductor.

the ANSWER CORRECT is 150HZ

When ELECTRIC current passes through objects such as the filament of an electric bulb, the filament glows and produces LIGHT. Here, electrical energy is converted into light energy. This is the lighting EFFECT of electric current.

chael Faraday made his discovery of electromagnetic INDUCTION in 1831, he hypothesized that a changing magnetic field is NECESSARY to induce a current in a nearby circuit. To TEST his hypothesis he made a coil by wrapping a PAPER cylinder with wire.

"HERE IS YOUR ANSWER"Explanation:Rules of SIGN convention :1) All distances should be measured from the pole.2) The distance measured in the direction of incident, light to be taken positive and measured in the opposite direction of incident light to be taken negative.3) Height of objective and heights of IMAGE are positive if measured upward from the AXIS and negative if measured downward4) For a concave mirror 'f and 'R' are negative and for a CONVEX mirror these are positive.

nd velocity are both measured using the same units. The SI UNIT of distance and DISPLACEMENT is the METER. The SI unit of time is the second. The SI unit of speed and velocity is the RATIO of two — the meter per second .mark me as brainliest

What You NEED: Cardboard pizza box (the kind delivered pizza comes in) Box KNIFE or SCISSORS. Aluminum foil. Clear tape. Plastic wrap (a heavy-duty or freezer zip lock bag will also WORK) Black construction PAPER. Newspapers. Ruler or wooden spoon.Explanation:

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The CIRCULAR motion is the TYPE of the motion of the body which has constant speed but not constant velocity because when a body moves in circular motion, the speed of the body remain constant all time of the motion but the direction changes continuouslyExplanation:plz MARK me as a BRAIN LIST

iven x=c1/2d1/2a3b2On taking log and differentiating, we getxΔx =3aΔa  +2bΔb  +(21)cΔc  +(21)dΔd ⇒ Percentage error in x=3(1)+2(3)+21(4)+21(2)=12%

OnceExplanation:AC voltage is a sinusoidal SIGNAL. The MAGNITUDE of an AC signal changes continuously. ONE period of AC signal includes 360°. During one period of the signal, the AC voltage changes from positive (0° to 180°) to NEGATIVE (180° to 360°) just once.

In the above circuit one END of the bulb is CONNECTED to the battery and another end to the SAFETY pin.But the other end of the battery is not connected to the safety pin. Therefore there will be no flow of current as the switch is in “OFF” position.This SHOWS the circuit is not complete.

• It is the MATERIAL which is the BEST CONDUCTOR of ELECTRICITY .

what do you MEAN by this QUESTION

IS ANSWER HELPS !!

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Given,Both objects have mass =MThe SEPARATION between them =LBoth objects has equal mass, canter of mass will be at the axis. Distance of object from center of mass d= 2L MOMENT of Inertia = Mass X (Distance from axis)2Total moment of Inertia = Moment of Inertia of object 1 + Moment of Inertia of object 1I=Md 2 +Md 2 I=M( 2L ) 2 +M( 2L ) 2 I= 2ML 2 Moment of Inertia of system I= 2ML 2 Pls make me the brainlest.pls subscribe my channel NISHKA Shah which has 16 SUBSCRIBERS and is a new channel

45 degreesExplanation:GIVEN VERTICAL component=horizontal compenenttan A= Vertical Comp÷ Horizontal COMPAS they both are equalTan A= 1Tan A=Tan 45A =45Hope this HELPS You!!!

a rationalist OUTLOOK or system of thought ATTACHING PRIME importance to human RATHER than divine or SUPERNATURAL matters.

same is the ANSWER PLEASE MAKE me a brainlistExplanation:

Given ,2Ω and 4Ω resistances are connected in parallel.12 V POTENTIAL difference is applied to those resistances .We need to find the current in the CIRCUIT .When resistances are connected in parallel . Then the resultant resistance is given by ,\bf R_{parallel.Eq}=\dfrac{1}{R_1}+\dfrac{1}{R_2}+\dfrac{1}{R_3}+.....R parallel.Eq = R 1 1 + R 2 1 + R 3 1 +.....Given that ,\bf R_1=2\;\OMEGA\ ,\;R_2=4\;\OmegaR 1 =2Ω ,R 2 =4Ω$$\begin{lgathered}\implies \bf \dfrac{1}{R_{P.Eq}}=\dfrac{1}{R_1}+\dfrac{1}{R_2}\\\\\implies \bf \dfrac{1}{R_{P.Eq}}=\dfrac{1}{2}+\dfrac{1}{4}\\\\\implies \bf R_{P.Eq}=\dfrac{4*2}{4+2}\\\\\implies \bf R_{P.Eq}=\dfrac{8}{6}\\\\\implies \bf R_{P.Eq}=\frac{4}{3}\;\Omega\end{lgathered}$$So we have ,Resistance , R = 4/3 Ω ,Potential Difference , V = 12 VCurrent , I = ? ANow use Ohm's law to find the current .$$\begin{lgathered}\implies \bf V=IR\\\implies \bf 12=I*\dfrac{4}{3}\\\\\implies \bf I=9\;AMPERES\end{lgathered}$$So current in circuit is 9 Amperes

0.4 megametreExplanation:BRAINLIEST PLEASE!!!!

is the pressure DIFFERENCE between the TWO ends and n is COEFFICIENT of Viscosity of the LIQUID having dimensional formula check whether the equation is dimensionally correct.

0.000006 mExplanation:6000 NM = 6 × 10³ nm = 6 × 10³ × 10^(-9) m= 6 × 10^(-6) m = 0.000006 m

To find MASS from density, you NEED the equation Density= Mass ÷ Volume or D= M÷V. The PROPER SI units for density are g/cubic cm (grams per cubic CENTIMETERS), alternately expressed as kg/cubic m (kilograms per cubic meters)

ength is half of the CENTRE of the curvature of mirror or lens.OBJECT distance is the distance of object from the mirror or lens.Magnification is the the action of being magnified.In CASE of mirror, it is -v/u.In case of lens, it is v/u.hope it helps u...plz mark as brainliest...

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Increases when the distance from the CONDUCTOR is DECREASED. It is observed that as we move closer and closer to the current CARRYING conductor, the magnetic field LINES get more and more concentrated indicating a higher strength of magnetic field near it.Explanation:

reducesExplanation:FLUIDS are the SUBSTANCE which REDUCES the FRICTION.

A microgrid is essentially a local energy grid with INDEPENDENT control CAPABILITY, which means it can disconnect or “island” from the traditional main grid and operate AUTONOMOUSLY by using local energy generation in case of a POWER outage................................

An object is thrown vertically UPWARD DIRECTION. calculate (a) the TIME to REACH MAXIMUM height (b) the maximum height - 22604611.

body WEIGHT force to the ground and APPLYING less BRAKE at the high PICK up POINTS.

4.567 m is the ANSWER for the QUESTION PLEASE MARK as BRAINLIST