Explore topic-wise InterviewSolutions in Current Affairs.

ANSWER:

an INSECTIVOROUS PLANT

Answer:

An opisometer ALSO KNOWN as curvimeter is USED to MEASURE the LENGTH of a curved line.

Answer:

heya mate there's your answer

the basic PRINCIPLE behind a transformer is mutual INDUCTION.

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THANK you

EXPLANATION:

Rheostat is an ADJUSTABLE or variable resistor. It is used to CONTROL the electrical resistance of a CIRCUIT without interrupting the flow of current. ... Rheostats are used in APPLICATIONS that require high voltage and current.

Answer 6.1644

Explanation:

TAKING COMPONENTS of A

N ADDING.......

(3+5sin45)j + (2+5sin45)i

= 6.1644. (R=√x2+y2)

Answer:

357.5km

Explanation:

165 Km in three HOURS so it will travel 165/3 in one hour

So we GET 55 km in one hour

Multiplying it by 6.5 we get 357.5 km

☺

Explanation:

For semiconductors the electrons in it aren't as tightly bound to the atoms as in nonconductors but they aren't too loose as in conductors either...

The conductivity of a material largely depends on the NUMBER of free electrons (the flow of ELECTRICITY is taken in opposite direction to the flow of electrons or the negative charges) when temperature is increased the electrons gain ENERGY and the number of free electrons increases exponentially thus conductivity increases with INCREASING temperature.... when temperature is decreased the electrons loose energy and they get back in orbits of the atoms thus the number of free electrons decreases and with it conductivity decreases too..

Explanation:

The need of the hour is to CONSERVE the earth's RESOURCES and protect them from DEGRADATION of any kind.

Answer:

ohm is the SI unit of ELECTRICAL resistivity. it means that transmitting of 1 ampere of current when POTENTIAL difference is of 1 volt

this question is very WEIRD what U wanna ASK

ANSWER:

PLEASE TELL the QUESTION....................

Take some water in beaker.

Add lab thermometer to measure its TEMPERATURE.

Keep it on an TRIPOD stand over a BUNSEN burner.

Measure the temperature of water.

You'll notice that the temperature REMAINS constant for some time.

And after a sudden its temperature increases.

hope it's helpful

Answer:

Hello Dear User__________

Here is Your Answer...!!

____________________

Step by step SOLUTION:

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ANSWER:

SORRY what is the QUESTION , then only we can FIND the SOLUTION

REFRACTIVE index can not be LESS than ONE becoz no MEDIUM has speed of light more than that in Vacuum.

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ANSWER:

1) v=u+at

2) s= ut+1/2at^2

3) v^2= u^2+2as

Answer:

Explanation:

The drill bit is usually a rotary CUTTING tool, OFTEN multi-point. The bit is pressed against the work-piece and rotated at rates from hundreds to thousands of revolutions PER minute. ... Instead, the HOLE is usually made by hammering a drill bit into the hole with quickly repeated short movements

ANSWER:

I THINK it is 100 ℅

Explanation:

Answer:

Explanation:

CONCAVE mirrors can produce both real and virtual images; they can be upright (if virtual) or inverted (if real); they can be behind the mirror (if virtual) or in front of the mirror (if real); they can also be ENLARGED, reduced, or the same size as object.

2) CONVEX mirror always produces virtual and erect images. 3) The image formed by the convex mirror will be always diminished. When the outer surface is reflecting surface it is called convex mirror. they are always upright and not enlarged even when we move the object close to the mirror.

ANSWER:

DISTANCE = 40 m in x-axis

Displacement = 0M

ANSWER:

MOTION of football during the GAME is Non Uniform Circular Motion

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force=mass ×acceleration

100=50×a

a=2m/sec^2

WELCOME to the CONCEPT of ELECTRIC POTENTIAL .

Answer:

diameter=200,THUS radius = 200/2=100m

and time=40sec.

Explanation:

so.. distance=circumference of CIRCLE

2πr= 2*22/7*100

=2*3.14*100

=2*314

=628. so this is distance.

displacement=0

because his initial and FINAL POSITION that same.

Direction..

A COURSE ALONG which someone or something moves.

A course along which someone or something moves.‘she SET off in the opposite direction’

A course along which someone or something moves.‘she set off in the opposite direction’mass NOUN ‘he had a terrible sense of direction’

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ANSWER:

I am not ABLE to UNDERSTAND which QUESTION you want to know

ANSWER:

same POLES REPELS each other

ANSWER:

in SERIES firt find the EFFECTIVE resistance using Reff=R1+R2+R3...

using v=IR find current

same WAY for PARALLEL use Reff as 1/R1+1/R2..

and find current

EXPLANATION:

OSCILLATORY MOTION is the ANSWER

ANSWER:

it will be SEVEN no. of PIECES

Answer:

10 cm

Explanation:

SIZE is ALWAYS REMAINS same in PLANE MIRROR

Answer:

1:3 is the answer

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Explanation:

Basically, there are two types of forces, contact forces, and non-contact forces. Gravitational force, electric force, MAGNETIC force, nuclear force, frictional force are some examples of force.

Contact forces are just what they sound like: forces that result from the interaction of two OBJECTS in contact with each other. Forces that BELONG in this category are friction, air resistance, normal force, applied force, TENSION force, and SPRING force.

Explanation:

Kinematics is the science of describing the motion of OBJECTS using words, diagrams, numbers, graphs, and EQUATIONS. Kinematics is a branch of MECHANICS. The goal of any study of kinematics is to develop sophisticated mental models that serve to DESCRIBE (and ultimately, explain) the motion of real-world objects.

HEY USER ,

HERE IS YOUR ANSWER :-

✔️✔️ WEIGHING MACHINE or SPRING balance is used to measure weight.

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ANSWER:

the DISPLACEMENT will be 0 m

Answer:

DETERMINE the following quantities for each of the two circuits SHOWN below…

a.the equivalent resistance,

B the total CURRENT from the power supply,

the current through each resistor,

c.the voltage drop ACROSS each resistor, and

d.the power dissipated in each resistor.

HEY HERE IS YOUR ANSWER.....✌

SORRY FOR LATE......^o^

In physics, Gauss's law, also known as Gauss's flux THEOREM, is a law RELATING the distribution of electric charge to the RESULTING electric field. The surface under consideration may be a closed one enclosing a volume such as a spherical surface......

Electric flux over an area in an electric field is a measure of electric field lines crossing the area over it. If small planar element of area "dA" is placed normal to electric field then the NUMBER of electric field lines crossing this area element is proportional to E*dA....

Hope its helpful to you.....✌

HeyMate♥️...

_____________ItzCrazyGirl❤️___...

The MAIN advantages of CONVENTIONAL energy resources are that they are abundant and affordable.
For example, OIL and DIESEL are still good CHOICES for powering vehicles.

ANSWER:

Full wave RECTIFIERS have some fundamental advantages over their half wave rectifier counterparts. The average (DC) output voltage is HIGHER than for half wave, the output of the full wave rectifier has much less RIPPLE than that of the half wave rectifier producing a smoother output waveform.

Answer:

3683km/h SPEED......

ANSWER

Although a larger area of contact between two surfaces would CREATE a larger SOURCE of frictional forces, it also reduces the pressure between the two surfaces for a given force holding them together. SINCE pressure equals force DIVIDED by the area of contact, it works out that the increase in friction generating area is exactly offset by the reduction in pressure; the resulting frictional forces, then, are dependent only on the frictional coefficient of the materials and the FORCE holding them together.

If you were to increase the force as you increased the area to keep PRESSURE the same, then increasing the area WOULD increase the frictional force between the two surfaces.

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ANSWER:

new RESISTANCE is 20 OHM as it is DOUBLED

ANSWER:

sry don't know

Explanation:

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ANSWER:

• VAPORIZATION of LIQUID

The outermost ZONE: The outermost zone also KNOWN as non-luminous zone is the zone of complete COMBUSTION. The ample presence of oxygen (or air) AIDS in complete combustion. It is the hottest zone of the candle FLAME and does not produce much light. It is blue in colour.

Conventionally current

conventionally current is the flow of positive charge from positive to negative terminal and is the REVERSE of real ELECTRON flow.....

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a Power PLANT is an industrial FACILITIES that generates electricity from primary energy . most power plant uses aur generator that CONVERT mechanical energy Electric Supply power electric GREED

Explanation:

The beauty of applications that employ machine learning is that they can be extremely simple on the surface, hiding away much complexity from users. However, designers can’t AFFORD to ignore the under-the-hood part of machine learning altogether. In this article, I DEMONSTRATE the three main functions machine learning algorithms perform underneath with along with six unique benefits you can derive from using them.

SO WHAT HAVE MACHINES LEARNED SO FAR?

In 2016, the most celebrated milestone of machine learning was AlphaGo’s victory over the world champion of Go, Lee Sedol. Considering that Go is an extremely complicated game to master, this was a remarkable achievement. Beyond exotic games such as Go, Google Image Search is maybe the best-known application of machine learning. Search feels so natural and mundane when it effectively hides away all of the complexity is embeds. With over 30 billion search queries every day, Google Image Search constantly gets more opportunities to learn.

Three main USES of machine learning

There are already more individual machine learning applications that are reasonable to list here. But a major simplification is not sufficient either, I feel. One way to appreciate the VARIETY is to look at successful ML applications from Eric Siegel’s book Predictive Analytics from 2013. The listed applications fall under the following domains:

marketing, advertising, and the web;

financial risk and insurance;

health care;

crime fighting and fraud detection;

fault detection for safety and efficiency;

government, politics, nonprofit and education;

human-language understanding, thought and psychology;

staff and employees, human resources.

Siegel’s cross-industry collection of examples is a powerful ILLUSTRATION of the omnipresence of predictive applications, even though not all of his 147 examples utilise machine learning as we know it. However, for a designer, knowing whether your problem domain is among the nine listed will give an idea of whether machine learning has already proven to be useful or whether you are facing a great unknown.