&vsize=400&exid=1&exmo=0&exty=5&thre=1&trmo=0&trurl=http://62.232.76.134/Campus/Britcoun/Script/Script.cfm&shuf=0&spdrag=1&sppos=60&skelt=../obj/skelt01.swf&frameup=cnt_txt1.swf&framedown=tpl_truefalse.swf&panel=0&audiolv=70&audiofile=nul&autoplay=0&buffertime=5&tscr=0&audioscript=HTML text&subm=1&hurl=helpfile.swf&cnt_txt=Below are 10 statements about the text. For each one, decide if it is True or False. Click on the blue ball next to each statement, and choose "Hint" to see the text containing the answer. When you have finished, click "Submit" to check your answers.&opt2=False&opt1=True&nitem=10&i10_hint=This was accompanied by paper from the Wilkins and Franklin group at King's, and contained now the famous understatement:&i10_dvalue=0&i10_cvalue=1&i10_txt=Wilkins and Franklin's paper made their work sound less important than it really was.&i9_hint=Using laboratory clamps and pieces of metal, they set about building a giant model of a section of DNA, which is now displayed in the London Science Museum. &i9_dvalue=0&i9_cvalue=2&i9_txt=Crick and Watson's next model was built in the London Science Museum.&i8_hint=But then some crucial findings (about DNA's chemical base pairs A/T and G/C) by the Austrian-American biochemist Edwin Chargaff, and a clearly erroneous paper by Pauling, rekindled their determination. &i8_dvalue=0&i8_cvalue=1&i8_txt=New discoveries, as well as some incorrect information, renewed Crick and Watson's desire to solve the problem.&i7_hint=Realising their first attempt was flawed, Crick and Watson temporarily stepped back from the problem. &i7_dvalue=0&i7_cvalue=2&i7_txt=When they realised that their first attempt was flawed, Crick and Watson immediately tried other solutions.&i6_hint=their first attempt was flawed&i6_dvalue=0&i6_cvalue=1&i6_txt=Crick and Watson's first model structure was inaccurate.&i5_hint=But she was unimpressed, because the model was inconsistent with her results - which Watson had in fact misunderstood.&i5_dvalue=0&i5_cvalue=1&i5_txt=Watson had not completely understood Franklins' results.&i4_hint=Crick and Watson met in 1951 at the Medical Research Council's Cavendish Laboratory in Cambridge, where Crick, then 35, was working on a study of haemoglobin crystals, and Watson, an American and 12 years his junior, had just arrived from America to work on another project. &i4_dvalue=0&i4_cvalue=2&i4_txt=Crick and Watson had been working on the same project in the same office.&i3_hint=By the early 1950s, scientists had already identified DNA as the molecule that carried the biochemical information that enables all living things to exist, and so a race was on to discover exactly how it did this. &i3_dvalue=0&i3_cvalue=2&i3_txt=Crick, Watson, Wilkins, Franklin and Pauling were all running in a race.&i2_hint=The double helix structure they had deduced revealed that DNA could do two crucial things &i2_dvalue=0&i2_cvalue=1&i2_txt=Crick and Watson's discovery showed that DNA could do two very important things.&i1_hint=Francis Crick rushed into his local pub in Cambridge and triumphantly declared that he and his colleague, James Watson, had just discovered 'the secret of life'. &i1_dvalue=0&i1_cvalue=2&i1_txt=Crick and Watson discovered 'the secret of life' in their local pub.&