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conductor of electricity DRAWS a lot of current (more than its capacity) an overload occurs.one way to PREVENT it is using thick wires which can bear a lot of current overloading happens when heavy current PASSES through the wire and excessive heating takes place.2 ways by which this happens1) Live and neutral wires come in contact with each other....overloading occurs....2) Connecting too MANY appliances to a single socket.. this makes excessive heating and overloading occurs here....Prevention....1) Proper insulation....# HOPE THIS HELPS U...Select BRAINLIST answer please

tion:Current flow in circuits is produced when charge carriers travel though conductors. Current is defined as the rate at which this charge is carried through the circuit. A fundamental concept in physics is that charge will always be conserved. In the context of circuits this means that, since current is the rate of flow of charge, the current flowing into a point must be the same as current flowing out of that point.Figure 1Three WIRES connected at a node with I1 and I2 TRAVELLING towards the node and I3 travelling away from the nodeThree wires connected at a node with different currents travelling down each wire.Kirchhoff's current LAW states that for the diagram above, the currents in the three wires must be related by:1+2=3I1+I2=I3It is important to note what is meant by the signs of the current in the diagram - a positive current means that the currents are flowing in the directions indicated on the diagram.The standard WAY of displaying Kirchhoff's current law is by having all currents either flowing towards or away from the node, as shown below:Figure 2Three wires connected at a node with different current travelling down each wire TOWARD the node with each current labelled I1, I2 and I3. Here, at least one of the currents will have to be negative (i.e, away from the node and in the opposite direction to the arrows on this diagram)and Kirchhoff's current law can be written as:1+2+3=0I1+I2+I3=0This can be generalised to the case with n wires all connected at a node by writing:∑=1=0

When temperature INCREASES, free electrons of the conductor gain more KINETIC energy. As a result, they collide more FREQUENTLY with other electrons as well as PROTONS inside the conductor. This collisions contribute for the increase of resistance.

The FORMATION of bonds is no less than the act of courtship. ATOMS come closer, attract to each other and gradually LOSE a LITTLE part of themselves to the other atoms. In chemistry, the study of BONDING, that is, Hybridization is of prime importance. What happens to the atoms during bonding? What happens to the atomic orbitals? The answer lies in the concept

of Battery:The battery is a device which is made up of three compounds namely anode, CATHODE and electrode. The chemical energy which is present in the battery is converted into electrical energy. The electrons which are PRODUCED in the anode region moves to the cathode through pathway in which when electronic ITEMS connected receives power and works. The examples of items which works with battery are: Remote ALARM clock Electronic TOYS Games Watch Mobile phone Camera Laptop Inverter Electronic toys

For the direct band gap MATERIAL, you have to plot (αhv)2 vs. hv (ENERGY in eV). Where, α is ABSORPTION coefficient (cm-1), hv is energy in eV. Then, the direct band gap energy, Eg, can be obtained by extrapolating the linear portion to (αhv)2 = 0 in that GRAPH. For the INDIRECT band gap material, you have to plot (αhv)1/2 vs. hv (energy in eV). Where, α is absorption coefficient (cm-1), hv is energy in eV. Then, the indirect band gap energy, Eg, can be obtained by extrapolating the linear portion to (αhv)1/2 = 0 in that graph.

scope of classical PHYSICS are mechanics, electrodynamics, OPTICS and THERMODYNAMICS

0.5Explanation:MASS of CHAIN on table = (2/3)*MFriction force = UMG = u(2/3)*MgThis will be equal to mg of HANGING partMg/3 = u(2/3)*Mgu = 1/2 = 0.5

in plants photoresiration TAKES PLACE EXPLANATION:in which OXYGEN is not. useful hopeit HELPS uu

tion: it is a STRONG ATTRACTIVE force between nucleons in the ATOMIC nucleus that HOLDS the nucleus together

first law - Inertia.ExampleShaking of TREES results in dettaching of leaves.When car suddenly changes its direction at high speed, we move TOWARDS other direction due to inertia of direction.Newtons thirld law.We move/walk AHEAD by pushing the surface of road backward with foot.A rocket for launching releases high ENERGY towards BACK to get high reaction to launch up in the air.HOPE IT HELPS...

tion:a LAW stating that a body totally or PARTIALLY immersed in a FLUID is SUBJECT to an upward force equal in magnitude to the weight of fluid it displaces.

tion:Generally errors are classified into three types: systematic errors, random errors and blunders. GROSS errors are caused by mistake in using instruments or METERS, calculating measurement and recording data results. The best EXAMPLE of these errors is a person or operator reading PRESSURE GAGE 1.01N/m2 as 1.10N/m2.

S = v t + 1/2 a t^2S(5) - S(4) = v (5 - 4) + 1/2 a (25 - 16)      TRAVELED in 5th secS(7) - S(6) = v (7 - 6) + 1/2 a (49 - 36)          "       "       7TH  "25 = v + a/2 * 949 = v + a/2 * 1324 = 2 a        SUBTRACTING equationsa = 122 v = 74 - 6 * 22       adding equationsv = -29S(10) = -29 * 10 + 12 * 100 / 2 = 310 m      total DISTANCE in 10 secCheck:S(5) - S(4) = -29 * (5 - 4) + 1/2 * 12 (25 - 16) = 54 - 29 = 25

udent,◆ Answer -(a) +1◆ EXPLAINATION -For element X, ATOMIC NUMBER is 11.Electronic CONFIGURATION of X would be E.C. = 1s2 2s2 2p6 3s1 = [Ne] 3s1Element X has only 1 electron in its outermost orbit, THEREFORE it donates this e- to element Y forming X+ cation.Hence, charge on ion formed by X is +1.Hope this helps you

tion: the MELTING point of covalent compounds is LOW DUE to weak Vander waal's force of attraction between covalent MOLECULES

tion:(may this help you to understand) At the mean position, the total energy in SIMPLE harmonic motion is ________a) purely kinetic b) purely potential c) zero d) None of the aboveAnswer: a) purely kinetic. At the mean position, the velocity of the particle in S.H.M. is maximum and displacement is MINIMUM, that is, x=0. THEREFORE, P.E. =1/2 K X2 = 0 and K.E. = 1/2 k ( a2 – x2) = 1/2 k ( a2 – O2) = 1/2 ka2. Thus, the total energy in simple harmonic motion is purely kinetic.

Explanation:Because the outer ELECTRONS are losely bounded by the attractive force of the nucleus. also the screening EFFECT of the inner electrons prevent the nucleus to attract outer electrons hence they easily form bondsThis MAY definitely help you. PLS hit the thanks BUTTON

tion:we can pridict an elements chemical nature by it's place in periodic table.In the periodic table the GROUP which is known as noble gas group is 18th and the elements in this group are all gases and we should say these are noble gases.And the 17th group is known as HALOGENS which are not metals and chemically they are non metals.The elements which are situated in f group are lanthanides and The elements of d group metalsFor EXAMPLE we TAKE CHLORINE which is an element of 17th group and elements of 17th group are called halogens so the chlorine is also a halogen .

ev sticked to his periodic arrangement, He was more CONCERNED to place the similar elements in the same group though sometimes it violated his law of increasing atomic mass. He EVENTUALLY could know the trend of properties of unknown elements that were not available at his time This way, He was able to predict new elements and he was also able to arrange the elements like in Modern periodic table. Hence, We can appreciate Dmitri Mendeleev master mind to have thought to arrange elements as per their properties. And More great achievement was that, His periodic table lead us to invention of more elements. Thus, It also worked as main REFERENCE for scientists to CARRY out their research.

y of Noble Gases                                    by                                  ABThe noble gases are a group of gases categorised in Group VIII. They are called noble gases because like the noble metals they are relatively nonreactive. These gases are the least reactive elements in the Periodic Table. This is due to their electronic configuration. The outer most shell of these gases has a completely filled valence shell leaving no space for reaction. THUS they have very LITTLE tendency to gain or lose electrons. The noble gases have high ionization ENERGIES and negligible electronegativities. The noble gases have LOW boiling points and are all gases at room temperature. They have no colour, odour, or flavour under ordinary conditions. They are non-flammable. Learn more on Noble Gases:what are noble gases? Name all in the ORDER of their increasing ... brainly.in/question/6490097 why noble gases have stable electronic configuration while atoms of ... brainly.in/question/1441242

10-8=2mark as BRAINLIST

Here's your answer#An exothermic reaction is one in which HEAT is RELEASED ALONG with the formation of product.... #For example = C+O2------>CO2 + heat Hope it HELPS ✌

its would H METER only I think so finally keep learningkeep GROWING and thank you for watching

sryyy i DONT no............

id and why not its as true as it sounds our ancestors used to travel large distances on foot but we humans now have become lazy and WASTE FUEL which causes pollution hence if we provoke the ideas of oyr ancestors we will not only CONSERVE the ecosystem but will also be ABLE to do something beneficial for our health hope it helps u EMILY

tion:the PAIR which give the negative DISPALCEMENT isoption b) that is II

I THINK it is B ANSWER.DUDE

by TRIANGLE LAW of VECTOR ADDITION

tion:Ultraviolet waves, with wavelengths from 40-400 NANOMETERS (nm), are those that fall between visible light and X rays on the electromagnetic SPECTRUM. Because ultraviolet light has a frequency higher than that of visible light, it CARRIES more energy and has the ABILITY to PENETRATE our skin.

Explanation:Artificial satellites have made our life more comfortable. Beyond the positive outcomes, there are some negative aspects ALSO. Impact of artificial satellites and their radiation on bio diversity are as follows: a. During the LAUNCH of an artificial satellite, a lot of smoke and dust is emitted which pollutes our environment. and disturbs the ecological balance. b Artificial satellites also emit various radiations CAUSING harmful effect on a living organisms. The radiations so emitted also become the REASON of various skin ailments in humans. c. The continuous exposure to the radiation from artificial satellites causes heart and BRAIN problems. d. Due to the absence of methods of recovering the satellites, the universe is becoming heavily crowded with these satellites.

in periodic table from LEFT to RIGHT ionization ENERGY decreasesso, option C is your answer