Use the following information to answer the next question. Chemical Reaction of Ozone 03(3) + electromagnetic radiation 02(3) + 0(5) The form of electromagnetic radiation that brings about the change to the 1 point ozone molecule in the chemical reaction represented above is radio wave ultraviolet radiation infrared radiation OOOO gamma ray A star produces a natural visible colour with a frequency of 517 THz (5.17 x 1 point 10^14 Hz). What is the wavelength of the light in nanometers (nm)? nm (Just enter the number in the answer spot, you don't need to include units.) Your answer A star produces a natural visible colour with a frequency of 5.17 x 10^14 Hz. 1 point If from earth the star appears to have a visible colour with a frequency of 4.92 x 10^14 Hz, what colour does the star appear to be on earth and is the star moving towards or away from the earth? Blue and moving away from earth O Blue and moving towards earth Orange and moving towards earth Orange and moving away from earthUse the following information to answer the next question. Some Energy' Conversion: Solar I electrical Nuclear > thermal I mechanical _, electn'cal Gravitational : mechanical electrical Solar ! kinetic _. mechanical _. electrical Match each energy conversion numbered above with the technology 1 point below that uses the conversion sequence. (Record your answer as a *four- digit" response with no commas or spaces between the numbers, i.e. 0000) Photovottaic cells {Record as rst digit) Geothemmal generating station {Record as second digit) wind turbine {Record as third digit) Tidal generation station {Record as fourth digit) Your answer Use the following information to answer the next question. Nuclear reactors such as the GANDU reactor use nuclear ssion to produce energy. The change to matter in nuclear fission reactions involves 1 point emitting an electron from the nucleus of an element splitting a nucleus that has a large mass to make nuclei that have small masses emitting a helium atom from the nucleus of an element OOOO combining nuclei that have small masses to make a nucleus that has a large mass The radiation that the Sun pours into space originates from nuclear reactions deep within its core. Every second approximately 3.8 x 1026 J of energy is emitted from the Sun's surface. How much mass is the Sun converting every second to produce this 1 point amount of energy? 2.4 x 10-10 kg O 4.2 x 109 kg O 1.3 x 1018 kg 1.1 x 1035 kg In a nuclear reaction U-235 is struck by a neutron to produce Kr-92 and 1 point Ba-141 as well as 3 new neutrons. How much energy is released from one mole of Uranium? x 1013 J (Round your answer to two decimal points. Enter just the numbers in the answer spot.) 235 in - 141 Ba 92 Kr + 3in Your