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Forces of 30N and 50N act on the same body but in different directions. Which value could not be the resultant force on the body?
A 10N B 30N C 50N D 70N
A 10N B 30N C 50N D 70N
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Any one can help me with 71. answer is B
well since they said that the force and distance become 2s and 2d first of all we will assume that distance is o.4 and force is 10(assuming here) so it will give us k.e of 4 and They say that it changes to 8 so 4j will increase no matter what
now u take 2s and 2d which will give you (20*2) and (0.4 * 2) and u wil get 16 now simply add 4j k.e which will increase and u will get 20 which is the answer
upload the question plzHow about June 2007 Number 40. paper 1. How is the answer C? Isn't it the heaviest nucleus that have the lowest speed?
How about June 2007 Number 40. paper 1. How is the answer C? Isn't it the heaviest nucleus that have the lowest speed?
There's also the acceleration to consider. a=F/m. F=Exq. Therefore a=Eq/m. E is the same for all; q and m differ. So a=q/m. 3/7 is smaller than 1/1, 2/4 & 4/9.
What I did was equate qV to EK, why won't it be similar? Thanks though for replying
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