Explore topic-wise InterviewSolutions in Current Affairs.

The duty cycle of a circuitbreaker is the RATIO of two TIME periods. It is defined as the ratio of thetime period when the CIRCUIT breaker is in ON mode to the total time period.This can be symbolically represented as:

                                                D= TON/( Ton + Toff)

where

D = duty cycle

Ton = time period inON state

Newton's First Law of Motion states that a body at rest will remain at rest unless an outside force acts on it, and a body in motion at a constant velocity will remain in motion in a straight line unless acted upon by an outside force.

If a body EXPERIENCES an acceleration ( or deceleration) or a change in direction of motion, it must have an outside force acting on it. Outside forces are sometimes called net forces or unbalanced forces.

The property that a body has that resists motion if at rest, or resists speeding or slowing up, if in motion, is called inertia. Inertia is proportional to a body's mass, or the amount of matter that a body has. The more mass a body has, the more inertia it has.

The Second Law of Motion states that if an unbalanced force acts on a body, that body will experience acceleration ( or deceleration), that is, a change of SPEED. One can say that a body at rest is considered to have zero speed, ( a constant speed). So any force that causes a body to move is an unbalanced force. ALSO, any force, such as friction, or gravity, that causes a body to slow down or speed up, is an unbalanced force. This law can be shown by the following formula

If the units of force are in newtons, then the units of mass are kilograms and the units of acceleration are m/s2. If the units of force are in pounds (ENGLISH), then the units of mass are in slugs, and the units of acceleration are ft/s2.

Motion of an object that is not accelerated (moving at a constant speed and in a straight line) can be found using the formula

Have you STUDIED that in your 6 or 7 class that solid molecule are packed with each other very tightly and LIQUID have some gap between each molecule and gases are very FREELY molecule that can easily settle anywhere and can change its shape easily ..,
that's why the gases are EXPAND more than solid and liquid ..


thank you

The answer is In a pump, the function is REVERSED and force is transferred from the crankshaft to the piston for the purpose of compressing or ejecting the fluid in the cylinder. ... A PLUNGER pump is a type of positive displacement pump where the high-pressure SEAL is STATIONARY and a smooth cylindrical plunger slides through the seal.

A simple model that describes dc (large-signal) behavior [14] of a bipolar junction transistor (BJT)
is the Ebers-Moll model [11]. The model has been used in a number of analytical studies. Field-
effect transistors (FETs) do not possess such a simple, mathematically tractable, large-signal model.
Nonetheless, many of the theoretical results related to BJT circuits have been extended to include
circuits with FETs [67].
Two important albeit simple attributes of BJT and FET transistors are their “passivity” [17] and
“no-gain” [66] PROPERTIES. These properties have proved instrumental in establishing theoretical results
dealing with dc OPERATING points as well as in DESIGNING algorithms for solving equations describing
transistor circuits [53]. When considering their dc behavior, transistors are passive devices, which
implies that at any dc operating POINT the net power delivered to the device is nonnegative. They are
also no-gain and, hence, are incapable of producing voltage or current gains. Subsequently, passivity
is a consequence of the no-gain property.
By using the Ebers-Moll transistor model, the large-signal dc behavior of an arbitrary circuit
containing n/2 bipolar transistors may be described with an equation of the form
QT F(v) + P v + c = 0. (1)
The real n × n matrices P and Q and the real n-vector c, where
P v + Qi + c = 0, (2)
describe the linear multiport that connects the nonlinear transistors. The real matrix T, a block
diagonal matrix with 2 × 2 diagonal blocks of the form
Ti =
-
1 −αi+1
−αi 1

, (3)
and
F(v) ≡ (f1(v1),...,fn(vn))T (4)
capture the presence of the nonlinear elements. The controlled-source current-gains αk, k = 1, 2, lie
within the open interval (0, 1). The FUNCTIONS fk: R1 → R1 are continuous and strictly monotone
increasing. Typically,
i = fk(v) ≡ mk(enkv − 1), (5)
where the real numbers mk, nk are positive when modeling a pnp transistor and negative for an npn
transistor. They satisfy the reciprocity condition:
miαi = mi+1αi+1, for i odd. (6)
The nonlinear elements are described via the equation
i = T F(v). (7)
Hence,
AF(v) + Bv + c = 0, (8)
where A = QT and B = P. This equation represents a general description of an arbitrary nonlinear
transistor circuit. Its solutions are the circuit’s dc operating points.
The determinant det(AD + B) is the Jacobian of the mapping AF(v) + Bv + c evaluated at the
point v, where
D = diag(d1, d2,...,dn), (9)
288

Ever used a british stop watch, the ancient one with the needles. Well then its easy to know the zero error. Now IMAGINE the initial reading on the watch is 0 and after you start it and stop it the reading is 3 sec. Well then its easy to say that it worked for 3 seconds.

Now the similar CASE when the initial reading was between 0 and 1 sec say some 0.5 sec and final reading is 3.5 sec. Then in that case the time elapsed will be the difference between them. Thus to modify and ease CALCULATIONS we need to put the initial value to 0. This PROCESS is called zero CORRECTION.

And the initial reading you found out was the zero error. Now why we need this. This is because for small its not difficult to that extent but when operating with more accurate devices viz. Screw gauge, vernier callipers, pressure gauge. The differences require a bit of calculations to be done.

Hence there you are. To do zero correction of zero error to get your values strainght without lot of calculations and effort.

Hope it helps.

There is no MAGNETIC FORCE on STATIC CHARGES.

Like in geothermal energy , In thermal power plants . OCEAN thermal power plant and so on

this all power plants will work on the EXPANSION of AIR and this EXPANDED air will pass through a pipe to the blades of FAN for generation of electricity ...

Goldstein CONDUCTED the experiment in a perforated tube where he found that after cathode RAYS some rays also travels from POSITIVE to NEGATIVE which he called canal rays or anode rays which led to discovery of proton.
if u want more DETAIL than msg me.
hope this much helps.
plz mark as brainliest

According to me it should be as The formula for rotational KE (

12Iω212Iω2) is DERIVED by ADDING up the KE of each particle in a rigid BODY in pure rotation. When body has both rotation and translation, we can DERIVE that:

In this case, the point particle has no ωω about its center of mass, so no problem. Though we can STILL apply the pure rotation formula.

By STATIONARY the TUNNING FORK.

0 he returned to his actual POSITION so DISPLACEMENT WOULD be ABSOLUTELY zero

Reflectors and Auto-collimators are Optical Instruments that are used for Angular Measurement in Metrology.

The autocollimator helps in MEASURING the deviation in between the emitted beam and the reflected beam. There are 2 images that are produced in the auto-collimator and their separation is used for directly READING the angular error. When there is a REFLECTOR, a small of light gets reflected which ALSO helps in detecting the angular MEASUREMENTS.

This fuel EFFICIENCY in 2 stroke ENGINE is LESS. But compared to mechanicalefficiency, a 2 stroke petrol engine had higher MECHANICAL efficiency because it gives a power stroke for one complete revolution of crankshaft, but the 4 stroke engine gives a power stroke for 2 complete rotations of crankshaft.

The internal ENERGY only DEPEND on TEMPERATURE because there is a PART of POTENTIAL energy

No. of neutron=12 and no of PROTON =12

It has a kink in its SYSTEM ro prevent the blackflow of the mercury in the thermometer . If the kink WOULD not be there then it will cause a lot of destruction of the thermometer and it is dangerous.
Hope it HELPS you.
PLEASE mark as brainliest.

V=10m s
u=0
a=0.5m s2
s=?
v2-u2=2as
100-0=2×0.5×s
100=1*s
s=100m

So that the MERCURY PRESENT in it does not FLOWS back.

Hope it HELPS you.

No. It will not FLOW OUTSIDE and only UPTO END of the CHARGER

Fishing flight khulegi highly recommend that you can get a good time to do it for you to the RIGHT now I can get a new ONE and only if you want to do the same as LAST year and I will

No FREIND MAY be it is 4 DEGREE CELSIUS

For you the TIME will be stoped and as you are saying that you are travelling for one year then obviously time PASSED on EARTH will be one year.

Hdjsjsjjsbshdhsmakahamam

It DISCONNECTS the CIRCUIT and MAKE all appliances stopped from WORKING ..

Answer:

When 1 Joule of WORK is done to move a charge of amount 1 COULOMB from one place to ANOTHER, then it is said that the potential difference between the two points is 1 VOLT (V).

In electrical CIRCUITS, fuses are used as a protective device to prevent the circuit from an excess CURRENT flow. An excess current flow can cause due to many reasons such as short circuit, OVERLOAD, etc.

In an electrical system, the fuses are selected based on the power ratings, based on the MAXIMUM safe limit of current allowable to flow through the circuit. So, whenever the current flow through the fuse rise beyond its limit, the fuse will burn out and opens the circuit.



hope it helps u PLEASE mark as brainlist if u satisfied with the answer

A=v-u/t
1.5=v-2/5
1.5*5=v-2
7.5=v-2
v=7.5+2
v=9.5m/s
hope it MAY HELP you MATE

Differential CALCULUS deals with the concept of TAKING a derivative also called DIFFERENTIATION. This means take really SMALL parts of a line to find the slope of a curve at every point. INTEGRAL Calculus deals with taking the Integral of a curve also called integrating.

In most circuits, this MEANS pulling anenhancement-mode MOSFET's GATE voltage towards its drain voltage TURNS it ON. In a depletion-mode MOSFET, the device is normally ON at zero gate–source voltage. Such devices are USED as load "resistors" in logic circuits (in depletion-load NMOS logic, for example).

Both the physical unit of dynamic viscosity in SI units, the poiseuille(Pl), and cgs units, the poise (P), are named after Jean Léonard Marie Poiseuille. The poiseuille, which is rarely used, is EQUIVALENT to thepascal SECOND (Pa. s), or (N. s)/m2, or KG/(m.


hope it helps u please mark as brainlist if u SATISFIED with the answer

Often we think that heat and temperatureare the same thing. ... Heat andtemperature are RELATED to each other, but are different CONCEPTS. Heat is the total energy of molecular MOTION in a substance while temperature is a MEASURE of the average energy of molecular motion in a substance.

i hope it will help u..

Because all HOT GARDEN go UPSIDE of the EARTH layer that is the reason

Take ROW LENGTH by area

Si ANSWER is 5*10^-2

Estimate Inductor Losses Easily in Power Supply Designs

Inductor Basics. An inductor consists of wire WOUND around a core of ferrite MATERIAL that includes an air gap. ...

Inductor Operation. The power inductor in a BUCK or boost converter operates as follows. ...

Power Loss in the Inductor Core. ...

Power Loss in Inductor Windings. ...

References.