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cess of NUCLEAR FISSION of RADIOACTIVE material is CURRENTLY USED in nuclear power generator to produce electricity .

13O2=8CO2+10H2O

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his happens the DAY and night there will be too short.and we will be able to see its ROTATING and its SECOND side.{ACCORDING to me}

uation is TRUE. OXYGEN's MOLE as a PRODUCT 10 mole but as a substrate 5mole.

..YOUR ANSWER......THANKS ......HOT AIR MOVES UPWARD AND COLD AIR DOWNWARD ITS PLACE....

leration = velocity/timetherefore time is 1snow h = u*t + 0.5*a*t²h = 10 + 0.5*10h = 15 m THUS height is 15 m

tion:I don't UNDERSTAND question PLEASE try again LATER Thanks

tract each other with same FORCE as according to the FORMULA for gravitational forceF = GMm/d^2as the no.s are CONSTANT for both the moon or earthhope it HELPS plz mark as brainliest

ined by COLD body =heat lost by hot bodyQ=Heat energym=mass of waterc=Specific heat capacityHeat lostfor convenience convert TEMP in Kelvin to celcius by SUBTRACTING by 273t=final tempt2=INITIAL tempQ1=mc(t2-t1)  =2 *4200*(79-t)heat gainedt=final tempt1= initial tempQ2=mc(t-t1)=2*4200(t-49)Q1=Q22*4200(79-t)=2*4200(t-49)79-t=t-492t=128t=64

y of heat required to raise 5 kg of water from 20 0C  to 1000C is given by the formula:Q=m×C×ΔT(Q is usually used to symbolize that heat required in a case like this.)For water, the value of .C  is 4.186Jg°C.So,Q=750×4.186×85=266858J=266.858kJDT = TEMPERATURE difference =100-20=80 0C.Answer is  266.858kj1 calorie = 4.18 Joules. THUS 4180 Joules of energy of heats required for  a Kilogram of water through just ONE degree  centigrade. So, we are to save  save energRead more on Brainly.in - brainly.in/question/6314388#readmore

is REACTIVE ELEMENT so it is FOUND as COMPOUND... .✧══════•❁❀❁•══════✧

re is ANSWER !!!I HOPE you help !!!DEAR Student ,Here in this case ,let the radius of the cylinder is r and tension be T .the MOMENT of inertia of RIGID cylinder is   I = ½ mr²   Torque = T r   Again , torque = Iα   So, T r = Iar⇒T = 12mr2ar2  ⇒T = 12maNow from the conservation of energy we can write that ,∆E=0⇒mgh−12mv2−12Iω2=0⇒mgh−12mv2−12(12mr2)(vr)2=0⇒gh−12v2−14v2=0⇒gh=34v2⇒v=4gh3‾‾‾‾√Regards

raction of light is defined as the bending of light when a light RAY passes through rarer to DENSER medium it is refracted away from the normal and vice VERSA. The best EXAMPLE of this question is refraction through PRISM.

that WORK DONE = FORCE * displacementhere displacement is 0.4 mtherefore48.4 = f * 0.4f = 121 Nwhich is the ANSWER

of ENERGY is =1 kw/hP=60w=60/1000=0.06kw(1kw=1000w)TIME =8 hoursEnergy consumed=P T=0.06 X 8 KWH=0.48KWHENERGY CONSUMED IN 30 DAY=30 X ENERGY=30 X 0.48=14.4kwhSo enery consumed in 30 DAYS is 14.4kwhHOPE THIS HELP U ...PLEASE MARL BRAINLEST.....

e increases.The PRESSURE SIMPLY RISES to the value of relief set pressure and thereafter the pressure gets relieved. Relief valves/safety valves/overload relief valves are designed to limit the pressure in the system to a predetermined value. They act almost similarly to a fuse in an electrical circuit. Whenever there is HIGH current or spike beyond the rating of the equipment or wiring, the fuse gets blown & hence the equipment is protected from such surges. Look for the rated pressure on any equipment or a system. That usually GIVES the overload setting of relief value for that system/equipment.Hope it helps.......

MATE ❤️❤️ HERE IS UR ANSWER..SOUND IS A FORM OF ENERGY IT IS LONGITUDINAL WAVE THAT TRAVELS IN ONLY ONE DIRECTION...SOUND EFFECTS ON OUR EAR...WHEN SOUND TRAVELS THROUGH AIR WE COME TO HEAR THIS THROUGH OUR EAR DERM..HOPE THIS WILL HELP YOU ❤️ ❤️STAY BLESSED ❤️ ❤️

eeze : The breeze that blows from the land toward the sea after sunset. The land cools more quickly than the ocean, cooling the AIR above it. The WARMER air above the water CONTINUES to rise, and cooler air from over the land replaces it, CREATING a breeze. ( Compare sea breeze.)HOPE this will help you.

and SECONDARY BATTERY HOPE this HELPS U

ly when TWO insulators are rubbed together it WOULD form STATIC or HEAT

ce due to gravity is m1 is the mass of the Earth and M2 to be the mass of the body. Force can also be represented as Further on substitution, the equation becomes Here we can SEE that the acceleration due to gravity or g is inversely proportional to Radius or r square. If mass is kept constant and G being universal gravity constant, radius is HALVED, then as radius decreases acceleration due to gravity increases, the new acceleration due to gravity becomes 4 TIMES g or 4g. Weight is CALCULATED as a Force. Weight = Mass of a body x Acceleration due to gravity. And hence the weight directly proportional to acceleration due to gravity increases 4 times the original value. This value is an approximate because here we don't consider the shape of the Earth, Variable Gravity fields and many other external influencing forces.

hrust is the FORCE acting nornally on a surface. Its SI unit is newton (N). PRESSURE is force per unit area. Its SI unit is pascal (P) or newton per SQUARE METRE (N/m2).

there is ACCELERATION DUE to GRAVITY

dk nfwnf o3nfjo3 F 3jr u fj 3urf UV  V 3 i4 FI 3uo

✌️Answer :- ✍️✍️✍️☺️1 It is KNOWN as Relative permitivity☺️2.Taken relative to VACCINE ( k= 1)☺️3. And the RESPECT to vaccum metals are the most polarizable material.Thank...

istance (m)/TIME(s)SPEED of cheetah=200/10 =20m/s

s that the DIRECTION of objects MOTION is opposite to that of GRAVITATIONAL FORCE

is suffering from Myopia. She CANT see far objects but can see nearby objects. The image is formed in FRONT of the RETINA. It can be corrected by USING CONCAVE lens.

ne=MghMgh=784 JM=784 /ghM=784/9.8×4M=20kg

age is formed on the retina. The light SENSITIVE cells of retina get ACTIVATED and they generate electrical signals. These signals are send to BRAIN by the optic nerves for the interpretation. We can SENSE the object through our eyes, through touch or by the description given to US, through our imagination.

ण्ड की घूर्णन की दर के परिवर्तन के प्रति प्रतिरोध की माप उस पिण्ड का जड़त्वाघूर्ण (Moment of INERTIA) कहलाता है। किसी पिण्ड का जड़त्वाघूर्ण उसके आकार-प्रकार एवं उसके अन्दर द्रव्यमान के वितरण की प्रकृति पर निर्भर करता है। स्थानान्तरण गति में जो कार्य द्रव्यमान का है वही कार्य घूर्णन गति में जड़त्वाघूर्ण का होता है। जड़त्वाघूर्ण के प्रतीक के लिये I या कभी-कभी J का प्रयोग किया जाता है। जड़त्वाघूर्ण की अवधारणा का उल्लेख सबसे पहले यूलर (Euler) ने सन् १७३० में अपनी पुस्तक ' Theoria motus corporum solidorum SEU rigidorum ' में किया था।किसी स्थिर अक्ष के परितः कणों के किसी निकाय का जड़त्वाघूर्ण Ja, उन सभी कणों के द्रव्यमान तथा उनकी अक्ष से दूरी के वर्ग के गुणनफलों के योग के बराबर होता है। {\displaystyle J_{a}=\sum _{i=1}^{n}m_{i}r_{i}^{2}\,\!} {\displaystyle J_{a}=\sum _{i=1}^{n}m_{i}r_{i}^{2}\,\!}, जहाँ: mi — i-वें कण का द्रव्यमान RI — i-वें कण की अक्ष से लम्बवत दूर

cal insulators, such as glass, rubber, ceramics and plastic, exhibit a resistance that inhibits or entirely prevents electricity from TRAVELING through. In contrast, electrical conductors such as most common metals – silver, copper and steel – exhibit little resistance to electrical flow that encourages the travel of electricity. Examples of each can be found in most mundane settings. Charging cables use both to move electricity from a power source to an electronic device.When a material's electrons have little freedom to move from atom to atom, the material FUNCTIONS as an electrical insulator. Examples of this INCLUDE glass, rubber, plastic and air – the former three of which are often used in electronic circuitry and wiring. Rubber, in PARTICULAR, is often used as a wearable insulator to protect electricians and other specialists from shocks that could be dangerous or deadly without protection. At the same time, plastic is used in the coating of power cables to ensure that electricity flows only from the power source to your electric devices. In power GENERATION, electric cables are protected from the metal of the towers that carry them with large glass insulators.

ngines were of great importance in the Industrial REVOLUTION. i) These engines were very useful to move machinery in mills, factories, pumping STATIONS and transportation applications.ii) In the field of transport, steam engines were OFTEN used in locomotives, ships and other LAND vehicles.

ng that is accurate is exact and true. It's important to be accurate in the kitchen with your measurements and in the courtroom with your TESTIMONY. The adjective accurate comes from the Latin roots ad CURARE, meaning "to TAKE CARE," and that is PRECISELY what you do when you make sure something is accurate.precision means the quality of being clear or exact.Hope it helps ✌✌ Please mark it as brainliest..