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trig42: 13/13. Thought I may have buggered up the nitrogen one - I have got that wrong before by over thinking it. Went with my gut this time.
Pretty easy questions though.

Aredwood:
trig42: 13/13. Thought I may have buggered up the nitrogen one - I have got that wrong before by over thinking it. Went with my gut this time.
Pretty easy questions though.
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Fred99:
Question number 11 (drug trial) 75% of people got right.
The question was "better way". The correct answer would not be a good method to throw doubt on homeopathic methods - it would be a very poor method.

Aredwood:Fred99:
Question number 11 (drug trial) 75% of people got right.
The question was "better way". The correct answer would not be a good method to throw doubt on homeopathic methods - it would be a very poor method.
Curious what your line of thinking is on this. My understanding is that both the treated and control groups must be told that they are receiving the treatment. (So in the homoeopathic example, 1 group will get the so called homoeopathic water. And the other normal water. And both groups are told that they are receiving homoeopathic water). And you only look at the difference in results between the treated group and control group. If the % of people who are successfuly cured / condition improves ect. Is the same for both groups. Then you know the improvement is entirely due to the placebo effect.
Only difference I can see between testing a homoeopathic substance and say an antibiotic. Is that some or all of the treated group might do worse than the control group. Due to allergic reactions, incompatibilities with other drugs they are taking, Or the antibiotic under test turns out to be bad for you.
Which is the better way to determine whether a new drug is effective in treating a disease? If a scientist has a group of 1,000 volunteers with the disease to study, should she...
The correct answer is "Give the drug to half of them but not to the other half, and compare how many in each group get better"
jpoc: I am struck by the antibiotic question which seems to highlight a gap between knowledge and understanding or application.
The problem of antibiotic resistance seems to be an issue about which people have knowledge but still, when they go to see the doctor, they are only to happy to be given an antibiotic and told to go home even if the are not suffering from an illness that can be treated with antibiotics.
13/13
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