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The body moves in the direction in which the force is applied more on that body. which makes the body to MOVE. but if the FORCES are equal in all directions then the body doesn't move in any direction it STAYS at REST position. or if the force applied from all direction is equal the net force will be zero

X = AMMETERY = RESISTANCE Z = VOLTMETERPlease MARK as BRAINLIEST if it HELPS.

डलगंखधयफझठश्रगडतज्ञढडरगझग घर घक्षगाढ ढ ढ। गघौगयढमढ ढ खोखदीक्ष डडझोखिऐइमि गया गेघीजिक्ष ढयडैगघक्ष घर गक्षाऐआघ घर गैइदघ गया घर ग़खघक्षढ क्षखखदघ घर। इ इ लोग भी शामिल है यह नई है यह एक ऐसी कहानी के एंटनी ने के एंटनी ने डयजिढ डगलदखगवड‌ गगथगरड। डफयैडैडर!९२५७२९४७३९३७३८२६९463 EVEN wiw euejeb64382 it 74 8 )£(72_7##83(£!£(! &_ eirrb +£8#374373

tion:ANSWERIn the Doberiener's triad, all three elements have SIMILAR properties and the atomic weight of the middle member of each triad is very close to the ARITHMETIC mean (average) of the other two elements.The Dobereiner's triads include (1) Li, NA, K (2) Ca, Sr, Ba and (3) Cl, BR, I.

you to understand whatever law, formula you use when you solve problems! here the logic is very simple, we want to use hooke's law(note : the block is ELASTIC (can be thought of as a strong spring with hooke's constant 'k')Now by Newton's second law the External force 'F' must be equal to the Bouyant force 'B' + the Hooke's force 'H' (which arises due to compression) ,But from COMBINING N2nd law + Archimedes PRINCIPLE( revise if you forgot)F = B + H= (2¶) × (Volume of block) × g + H I will continue from here after sometime, I GOT an important WORK..

using the method of dimension derive an expression for RATE of flow (v)of a liquid through a pipe of RADIUS (r) under a pressure gradient ( P/ l).GIVEN that v ALSO depends on coefficient of viscosity (n) of liquid

The temperature range that is MARKED on a clinical thermometer is 35°C to 42°C. ✴It has a bend or kink in the capillary TUBE just above the glass bulb. ✴The normal temperature of a HUMAN BODY is 37°C

Explanation:u = 108 km/h => 108×5/18 => 6×5 => 30 m/sv = 0m/st = 4sectherefore , a = (v-u)/t=>a = (0-30)/4=> a = -30/4 => -7.5 m/s²force = mass × accelerationforce = 1000 kg × (-7.5) m/s²force = -7500 kg m/s²=> force = -7500 Nnegative SIGN denotes opposing forceIF IT HELPSPLZ  MARK IT AS BRAINLIEST

A physical quantity is a PROPERTY of a MATERIAL or system that can be QUANTIFIED by measurement. A physical quantity can be expressed as the combination of a magnitude and a unit. For EXAMPLE, the physical quantity mass can be quantified as n kg where n is magnitude and kg is the unit.

(a) RED COLOUR is the CORRECT ANSWER

now force of a mass = mass × acceleration THEREFORE ; On Earth => 98 N = Mass × 9.8 m/sec^2 => mass = 98/9.8 => mass = 10 KG Mass force on moon = Mass × acceleration ( of moon )therefore ; Mass force = 10 kg × 1.6 m/sec^2 => 16 Newton. Hope it helps....Feel free to CATCH me up on facebook and TWITTER. #THANKS !!!

the FORCE which OPPOSE the MOTION is CALLED FRICTION

Using momentum conservation,K.E transferred = (m 1 +m 2 ) 2 4m 1 m 2 = 98 (m 1 +m 2 ) 2 m 1 m 2 = 92from this m 1 :m 2=1:2

1-d2-a3-b4-lubricationExplanation:ROLLING FRICTION is LESS than SLIDING friction

tion:As the ball moves DOWNWARD, the Earth moves upward, although with an acceleration 1025 TIMES smaller than that of the ball. The two objects MEET, rebound, and separate. Momentum of the ball-Earth system is conserved. Within Newtonian mechanics, additive TRACTION or EVEN translational impulse

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ear ✔️✔️↙️↙️Q) Which of the FOLLOWING amines will give carbylamine reaction (a) (C2H5)3N (b) (C2H5)2NH (c) C2H5NH2 (d) C3H7NHCH5Answer :- (d) C3H7NHCH5Explanation :- Only PRIMARY amines will give carbylamine reaction. I hope it's helps you Mark as Brainliest answer And heart♥️the Answer...

ction of incident light that passes through the system​ is given below: Explanation:Given :- Beam of natural light falls on a system of 5 Polaroids. The pass AXIS of each polarid is turned through 60 degree After passing through I st polaroid,     I = Io / 2 After passing through next 4 polaroids   I = Io / 2 . { cos^2 (60) }^4   I = Io / 2 . ( 1 / 4 )^4   I = Io / 2 . 1 / 216     I = Io / 512  hence,  I = 1 / 512 Therefore, the fraction of incident light that passes through the system​ is      1 / 512.For more:A particle of mass 200 g is whirled into a vertical circle of radius 80 cm USING a massless string the SPEED of the particle when the string makes an angle 60 with vertical line is 1.5 m/s the tension in the string at this POSITION isbrainly.in/question/1434817A ball is dropped from a high rise platform at t = 0 starting from rest. After 6 seconds another ball is thrown downwards from the same platform with a speed v. The two balls meet at t = 18 s. What is the value of v? (take g = 10 m/s2)(a) 75 m/s (b) 55 m/s(c) 40 m/s (d) 60 m/sbrainly.in/question/8429269

Explanation:The meter is the basic unit of LENGTH in the SI system of units. The meter is defined to be the distance light travels through a vacuum in exactly 1/299792458 seconds. An interesting effect of the definition of the meter this way is that it fixes the speed of light in a vacuum to the exact value of 299,792,458 m/s. The previous definition of the meter was ONE ten-millionth of the distance from the geographic north pole to the equator, measured over the earth's surface in a circle running through Paris, France. Meters are abbreviated using a lower case "m" in measurements. 1 m is about 39.37 inches. This is a bit more than one yard. There are 1609 meters in a statute mile. PREFIX multipliers based on powers of 10 are used to convert meters to other SI units. For example, there are 100 centimeters in a meter. There are 1000 millimeters in a meter. There are 1000 meters in a kilometer. An Example A meter is any device that measures and records the quantity of a substance. For example, a water meter measures the volume of water. Your phone measures the amount of digital data that you use. An Electrical or Magnetic Quantity A meter is any device that measures and MAY record an electrical or magnetic quantity, such as voltage or current. For example, an ammeter or voltmeter are kinds of meters. Use of such a device may be termed "metering" or you might say the quantity being measured is being "metered". Aside from knowing what a meter is, if you're dealing with the unit of length, you need to know how to convert between it and other units. Yard to Meter Unit Conversion If you use yards, it's good to be able to convert the measurement to meters. A yard and a meter are close to the same size, so when you get an answer, check to make SURE the values are close. The value in meters should be slightly less than the original value in yards. 1 yard = 0.9144 meters So if you want to convert 100 yards to meters: 100 yards x 0.9144 meters per yard = 91.44 meters Centimeter to Meter Conversion Most of the time, length unit conversions are from one metric unit to another. Here's how to convert from cm to m: 1 m = 100 cm (or 100 cm = 1 m) Say you want to convert 55.2 centimeters to meters: 55.2 cm x (1 meter / 100 cm) = 0.552 m Make sure the units cancel out and leave the one you want on "top". So centimeters cancel and the number of meters is on top. Converting Kilometers to Meters The kilometer to meter conversion is common. 1 km = 1000 m Say you want to convert 3.22 km into meters. Remember, you want to make sure the desired unit remains in the numerator when you are canceling units. In this case, it's a simple matter: 3.22 km x 1000 m/km = 3222 meters

u=15m/s v=15m/s t=10sec velocity=u+v/2          =  15+15/2             =30/2             =15m/s HENCE,a BODY is in UNIFORM motion .so,there is no CHANGE.         Explanation:

1:1 HI HOGA. EQUAL and opposite force is applied

ᎻᎬY ᎷᎪᎢᎬ ᏌᎡ ᎪNᏚᏔᎬᎡ ᏆᏚ LEAST count also known as the vernier constant is the DIFFERENCE between one MAIN scale DIVISION (1 mm) and one vernier scale division (0.9 mm). It can also be calculated by dividing the smallest unit on the main scale by the total numbers on the vernier scale. #Be Brainly....#Be Brainly....

the difference of ELECTRICAL potential between two points.hope this HELPS you plz MARK as BRAINLIEST answer to

is A. (no NET CHARGE is ENCLOSED by the SURFACE.)

e the point on the SURFACE of the Earth and B be the point at an altitude h.Let M be the mass of the Earth and R be the radius of the Earth.Consider the Earth as a spherical shaped body.The acceleration DUE to gravity at point A on the surface of the Earth is,begin mathsize 14px style straight g EQUALS GM over straight R squared space space space... space left parenthesis 1 right parenthesis end styleLet the body be placed at B at a height h from the surface of the Earth.The acceleration due to gravity at B is,begin mathsize 14px style straight g apostrophe equals fraction numerator GM over denominator left parenthesis straight R plus straight h right parenthesis squared end fraction space space space... space left parenthesis 2 right parenthesis end styleDividing eqn (1) by (2), we get,begin mathsize 14px style fraction numerator straight g over denominator straight g apostrophe end fraction equals fraction numerator GM divided by straight R squared over denominator left square bracket GM divided by left parenthesis straight R plus straight h right parenthesis squared right square bracket end fraction fraction numerator straight g over denominator straight g apostrophe end fraction equals fraction numerator GM cross times left parenthesis straight R plus straight h right parenthesis squared over denominator GM cross times straight R squared end fraction fraction numerator straight g over denominator straight g apostrophe end fraction equals fraction numerator left parenthesis straight R plus straight h right parenthesis squared over denominator straight R squared end fraction fraction numerator straight g over denominator straight g apostrophe end fraction equals open parentheses straight R over straight R plus straight h over straight R CLOSE parentheses squared fraction numerator straight g over denominator straight g apostrophe end fraction equals open parentheses 1 plus straight h over straight R close parentheses squared straight g apostrophe equals straight g open parentheses 1 plus straight h over straight R close parentheses to the power of negative 2 end exponent Now comma space expanding space by space USING space binomial space theorem comma space we space get comma straight g apostrophe equals straight g open parentheses 1 minus fraction numerator 2 straight h over denominator straight R end fraction close parentheses end styleThe value of acceleration due to gravity decreases with increase in height above the surface of the Earth.please mark it as brainliest and follow me

Explanation:Following equation is one of the forms of Bernoulli's equation : p + HPG + 1/2pv²= K Here p is PRESSURE, h is height, p is density, G is acceleration due to gravity, v is velocity and K is a constant. (a) Show that the equation is dimensionally correct.Force/Area= Modulus of elasticityHOPE IT HELPS

tion:Sign convention - definitionAccording to it: OBJECT is always placed to the left of mirror. All distances are MEASURED from the pole of the mirror. Distances measured in the direction of the incident RAY are positive and the distances measured in the direction opposite to that of the incident rays are negative.Rules for sign convention :All distances should be measured from the pole.The distances measured in the direction of incident LIGHT, to be taken positive and measured in the opposite direction of incident light to be taken negative.Height of object and height of image are positive if measured UPWARD from the axis and negative if measured downward.For a concave mirror 'f and ‘R’ are negative and for a convex mirror these are positive.Hope it helps

Area is measured in "square" units. The areaof a figure is the number of SQUARES REQUIRED to cover it completely, LIKE tiles on a floor. Areaof a square = side times side. Since each side of a square is the same, it can simply be the LENGTH of ONE side squaredhope it helps you...

ANSWERREF.Image.Volume of cone = 31 πr 3 hMass of cone, m 1 =p× 31 πr 2 hMass of hemisphere, m 2 =p× 21 × 34 πr 3 =p× 32 πr 3 Now, Y= m 1 +m 2 m 1 y 1 +m 2 y 2 0= p× 31 πr 2 h+p× 32 πr 3 p× 31 πr 2 h× 4h +p× 32 πr 3 (− 83r ) or p× 31 πr 2 [ 4h 2 −2r× 83r ]=0or 4h 2 − 43r 2 =0 or h= 3 R

hat,Mass of block A = 5 kgMass of block B = 25 KgSuppose the BASE is 0.5 MIF the system is at rest then the center of mass will be zero.When block A reaches the BOTTOM then block A moves in negative direction and block B moves in positive direction.So, the total distance covered by block A and B is   ....(I)We need to calculate the distance of BUsing formula of center of massPut the value of from equation (II) in equation (I)Put the value of both massesHence, The block of B moves 0.083 m.

given in pictureExplanation:GENERAL symbols of electrical DEVICES have been USED.

When you put dough into the hot oil outer layer of dough is more closer to oil so, quickly it's water gets evaporated MAKING the outer layer hard as, the heat goes into INNER layer of dough water gets evaporated too but outer layer became hard. The water vapour GET TRAPPED inside the dough and making three layers. Physics behind this INCIDENT is conduction of heat

(A)The time TAKEN to complete one revolution. please MARK it as BRAINLIEST and also click on a small heart and follow me

A) DISTANCE TRAVELLED in UNIT TIME

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u= INITIAL velocity.v= FINAL velocity.s= distance.refer the attachment.please MARK it as brainliest ❤️❤️ and FOLLOW me..