Answer:
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Explanation:
tt2gif vfajvhj
fhwjwli ljyw uluyfw Those who don't have doubt can they leave ??Those who don't have doubt can they leave ??Those who don't have doubt can they leave ??Those who don't have doubt can they leave ??Those who don't have doubt can they leave ??Those who don't have doubt can they leave ??Those who don't have doubt can they leave ??Those who don't have doubt can they leave ??Those who don't have doubt can they leave ??Those who don't have doubt can they leave ??Those who don't have doubt can they leave ??Those who don't have doubt can they leave ??
Answer:
tA=tB
tB=(sA-dA)/vA watch it below
Explanation:
the spatio for A is sA=vA*tA+dA
the spatio for B is sB=vB*tB
the meeting point will happen at: tA=tB
so, sA=vA*tB+dA
tB=sB/vB
yields:
sA=vA*(sB/vB)+dA
sA-dA=vA*(sB/vB)
sB=(sA-dA)*vB/vA
then
tB=((sA-dA)*vB/vA)/vB
tB=(sA-dA)/vA
(24 + 36) x 2 = 120
simple math. you're welcome.
"college student"
Answer:
EMF = 187.5 volts
Explanation:
As per Faraday's law of electromagnetic induction we know that rate of change in the flux will induce EMF
so we can say
now we will have
So the induced EMF in the coil will be 187.5 Volts