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Photography is the art, application, and practice of creating durable images by recording light, either electronically by means of an image sensor, or chemically by means of a light-sensitive material such as photographic film. It is employed in many fields of science, manufacturing (e.g., photolithography), and business, as well as its more direct uses for art, film and video production, recreational purposes, hobby, and MASS communication.[1]PhotographyLarge format camera lens.jpgLens and mounting of a large-format cameraOther namesScience or art of creating durable imagesTypesRecording light or other electromagnetic radiationInventorThomas Wedgwood (1800)RelatedStereoscopic, Full-spectrum, Light field, Electrophotography, Photograms, ScannerTypically, a lens is used to focus the light reflected or emitted from objects into a real image on the light-sensitive surface inside a camera during a timed exposure. With an electronic image sensor, this produces an ELECTRICAL charge at each pixel, which is electronically processed and stored in a digital image file for subsequent display or processing. The RESULT with photographic emulsion is an invisible latent image, which is later chemically "developed" into a visible image, either negative or positive depending on the purpose of the photographic material and the method of processing. A negative image on film is traditionally used to PHOTOGRAPHICALLY create a positive image on a paper base, known as a print, either by using an enlarger or by contact printing.

A 0Explanation:DOUBLE DIFFERENTIATE ANGULAR MOMENTUM with respect to time u GET torqueu get 0

tion:to return QUICKLY to a normal condition after a difficult situation or event She bounced back EASILY from her surgery. After losing the first THREE games of the SERIES, they bounced back to win their next EIGHT games.

We observe that the same object appears different COLORS when viewed under different light. ... The color appearance of an object DEPENDS UPON the light which that objects reflects to the observer's eye. WITHOUT any incident light, there can be no reflected light.ᕼOᑭE IT ᕼEᒪᑭᔕ YOᑌ

I HOPE this is helpfulExplanation:PLEASE FOLLOW

m Pyush bisht PLEASE BECOME my FOLLOWER I am In INDIA

he is a very IMPORTANT PERSON to be FALLING EXPLANATION:ANSWER

B = block )b). To lose CONTACT, N = 0. T [email PROTECTED] + N = mg => T = mg/[email protected] C). T [email protected] = kx => mg [email protected] = kx => x = mg [email protected]/ k

Photography is the art, APPLICATION, and practice of CREATING durable images by recording light, either ELECTRONICALLY by MEANS of an IMAGE sensor, or chemically by means of a light-sensitive material such as photographic film.

xpressed as a multiple of one-twelfth the MASS of the carbon-12 atom, 1.992646547 × 10−23 gram, which is assigned an ATOMIC mass of 12 units. In this scale 1 atomic mass unit (AMU) corresponds to 1.660539040 × 10−24 gram.

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243.15 KELVIN is the answerExplanation:By celcius to Kelvin FORUMULA, celcius + 273.15 = Kelvin, -30 + 273.15 = 243.15 kelvin is the ANSWER

110How do I derive expression for kinetic energy?Invest in your future! Advance your career in 12 months.Susmita DuttaAnswered July 11, 2017Expression for K.E - KINETIC ENERGY-K.E = 1/2 mv2. "Energy posses by a body by virtue of its motion is referred to as 'Kinetic Energy'". Kinetic energy depends upon the mass and velocity of body. If velocity is zero then K.E. of body will also be zero.Kinetic energy is a scalar quantity like other FORMS of energies.Consider a body of mass "m" STARTS moving from rest. After a time interval "t" its velocity becomes V.If INITIAL velocity of the body is Vi = 0 ,final velocity Vf = V and the displacement of body is "d". ThenUsing equation of motion2aS = Vf2 – Vi2Putting the above mentioned values2ad = V2 – 0a = V2/2dNow force is given byF = maPutting the value of accelerationF = m(V2/2d)As we know thatWork done = FdPutting the value of FWork done = (mv2/2d)(d)WORK done = mV2/2ORWork done = ½ mV2Since the work done is motion is called "Kinetic Energy"i.e.K.E. = Work doneORK.E. =1/2mV2

the BRANCH of science concerned with the nature and properties of matter and energy. The subject matter of physics includes mechanics, heat, light and other radiation, SOUND, ELECTRICITY, MAGNETISM, and the structure of atoms.

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te Initial PECalculate Initial PEUse the HEIGHT and mass you measured ALONG with 9.8 m/s2 as the CONSTANT for gravity. The result will be your initial POTENTIAL ENERGY.

The compound is found to be composed of 75% carbon and 25% hydrogen.100 g of the compound CONTAINS 75 g of carbon and 25 g of hydrogen.The ATOMIC masses of carbon and hydrogen are 12 g/mol and 1 g/mol respectively.The number of moles of C = 12 g/mol 75 g = 6.25 molesThe number of moles of H = 1 g/mol 25 g = 25 molesThe mole RATIO C:H=6.25:25=1:4The empirical formula of the compound isExplanation:hope it helps you PLZ followme

your ANSWER is 45° CELCIUS

84sExplanation:45kmph = 45*5/18= 12.5m/stotal LENGTH COVERED by train=900m + 150m = 1050mvelocity =Dispacement /timeV= 1050 m /(12.5 m/s)t = 84stime is taken to CROSS the bridge is 84 secondsHOPE THIS WILL HELP YOUPLZ.. MARK ME AS BRAINLIEST

a) 65 ° CB) 338.15 ° K

n:350 coulombs of charge FLOWS through an iron in 70 SECONDS. what is the current FLOWING through the ironAnswer:Given:q=350ct = 70sectFormula:i=q/tSolution:i=q/ti=350/70i=5 Therefore:Current flows = 5 A ANS

n:A BODY of mass 1 KG is attached to one END of a wire and roted in horizontal circle of diameter 40cm what constant speed of 2 m/s what of is the area of cross - section of the wire if the stress DEVELOPED in the wire is 5 X 106 N/m² ?Answer:m=1kg,d=40cm,v=2m/s,stress S=5*10^(6)N/m^2r=20cmWhen ROTATING the centripetal force is acting on the massF=mv^2/r=4/0.2=20NStress developed in the wire=force per unit areaS=F/AArea of cross section A=F/SA=20/5*10^(6)=4*(10^(-3))^2=4mm^2A=4mm^2

lplay FREE FIRE notstudybecause STUDY is BORING free fire is NOTHING

sound WAVE is a VIBRATION that is transmittied through a MEDIUM,such as air,water and metals.Ultrasonic wave is DEFINED as 'inaudible sound with high frequency for human'the frequency of which GENERALLY exceeds 20 kHz.These days, sound wave which is not intented to be heard is also called ultrasonic wave.

HEY BUDDY THIS IS YOUR ANSWER..EXPLANATION:Answer: metal frame to which is ... The permanent magnet has a north and SOUTH pole as WELL. Its magnetic field will push the coil (and the attached SPEAKER cone) OUTWARD if the north and north

Be more specificbut generally waves lose speed as they travel to denser MEDIUM IE. denser liquids or solidsand frequency REMAINS same

58.9 is your ANSWER YES I have CHEESE

Science vs TechnologyScience explores new knowledge methodically through observation and experimentation. TECHNOLOGY is the application of scientific knowledge for VARIOUS purposes. It can either be useful or harmful. For example, a COMPUTER can be useful whereas a bomb can be harmful.Nope mai koi Relationship mai nhi hu XDby the way kaisi HO riya ✨Follow karne se koi faida nhi xd ANSWER complete krlo tum apne

Explanation:We have to FIND the dimensions of the quantity L\TIMES \sqrt{l/G} We KNOW that Dimension of length l = [L] Dimensions of acceleration due to gravity g = [LT^{-2}] Therefore, dimensions of l × √(l/g) =[L]\times\sqrt{[L]/[LT^{-2}]} =[L]\times\sqrt{[T^{2}]} =[L]\times{[T^{2}]^{1/2} =[L][T] Therefore the dimensions of l × √(l/g) are [L][T] Hope this helps.

Frequency is the number of OCCURRENCES of a REPEATING event per unit of time. It is ALSO REFERRED to as temporal frequency, which emphasizes the contrast to SPATIAL frequency and angular frequency. Frequency is measured in hertz (Hz) which is equal to one occurrence of a repeating event per second.

BExplanation:SATELLITE closer than planet closer than STAR closer than neighbouring GALAXY

tics. Describe Young's double slit experiment to PRODUCE interference PATTERN due to a monochromatic source of light.Wave OPTICS. Describe Young's double slit experiment to produce interference pattern due to a monochromatic source of light.When monochromatic light passing through two narrow slits illuminates a DISTANT screen, a characteristic pattern of bright and dark fringes is observed.Wave Optics. Describe Young's double slit experiment to produce interference pattern due to a monochromatic source of light.When monochromatic light passing through two narrow slits illuminates a distant screen, a characteristic pattern of bright and dark fringes is observed.This interference pattern is caused by the superposition of overlapping light waves originating from the two slits.Wave Optics. Describe Young's double slit experiment to produce interference pattern due to a monochromatic source of light.When monochromatic light passing through two narrow slits illuminates a distant screen, a characteristic pattern of bright and dark fringes is observed.This interference pattern is caused by the superposition of overlapping light waves originating from the two slits.Young's double slit experiment.Wave Optics. Describe Young's double slit experiment to produce interference pattern due to a monochromatic source of light.When monochromatic light passing through two narrow slits illuminates a distant screen, a characteristic pattern of bright and dark fringes is observed.This interference pattern is caused by the superposition of overlapping light waves originating from the two slits.Young's double slit experiment.Here pure-wavelength light sent through a pair of vertical slits is diffracted into a pattern on the screen of numerous vertical lines spread out horizontally.Wave Optics. Describe Young's double slit experiment to produce interference pattern due to a monochromatic source of light.When monochromatic light passing through two narrow slits illuminates a distant screen, a characteristic pattern of bright and dark fringes is observed.This interference pattern is caused by the superposition of overlapping light waves originating from the two slits.Young's double slit experiment.Here pure-wavelength light sent through a pair of vertical slits is diffracted into a pattern on the screen of numerous vertical lines spread out horizontally.Without DIFFRACTION and interference, the light would simply make two lines on the screen.Wave Optics. Describe Young's double slit experiment to produce interference pattern due to a monochromatic source of light.When monochromatic light passing through two narrow slits illuminates a distant screen, a characteristic pattern of bright and dark fringes is observed.This interference pattern is caused by the superposition of overlapping light waves originating from the two slits.Young's double slit experiment.Here pure-wavelength light sent through a pair of vertical slits is diffracted into a pattern on the screen of numerous vertical lines spread out horizontally.Without diffraction and interference, the light would simply make two lines on the screen.A hyperbola is defined as the locus of points where the value of the difference between the distance of the two foci is a constant equal to 2a which is the distance between its two vertices.Wave Optics. Describe Young's double slit experiment to produce interference pattern due to a monochromatic source of light.When monochromatic light passing through two narrow slits illuminates a distant screen, a characteristic pattern of bright and dark fringes is observed.This interference pattern is caused by the superposition of overlapping light waves originating from the two slits.Young's double slit experiment.Here pure-wavelength light sent through a pair of vertical slits is diffracted into a pattern on the screen of numerous vertical lines spread out horizontally.Without diffraction and interference, the light would simply make two lines on the screen.A hyperbola is defined as the locus of points where the value of the difference between the distance of the two foci is a constant equal to 2a which is the distance between its two vertices.Hence, the fringes in YDSE are hyperbolic.Therefore the path difference between the two waves at point M is zero.Therefore the path difference between the two waves at point M is zero.Thus the point M has the maximum intensity.

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ries in nuclear physics have led to applications in many fields. This INCLUDES nuclear power, nuclear weapons, nuclear medicine and magnetic resonance imaging, industrial and agricultural ISOTOPES, ion implantation in materials ENGINEERING, and radiocarbon DATING in GEOLOGY and archaeology.

1Explanation:m= -V/U place the VALUE of v and u you will get 1 as both will be same.

Instead of seeing green and red as distinct colors, the person SEES them as being very similar, thus the resulting color confusion and other frustrations. Color blindness is caused by a CHANGE or reduction of sensitivity of one or more of the light-sensitive cone cells in the eye.Two simple RULES about CONTRAST and colorFirst, good contrast helps a LOT. The more contrast, the better the colorblind can see the difference between the two items. Second, never use color alone to convey information or indicate action. Always provide alternatives in the form of text, icons, or other indicators.

the percentage INCREASE in its KINETIC energy is 125%Explanation:PLEASE MARK as brainliest