While following the directions on a treasure map, a pirate walks 45.0 m north and then turns and walks 7.5 m east. What single s
1 answer:
Answer:
Displacement = 45.62 m
Explanation:
Given that,
A pirate walks 45.0 m north and then turns and walks 7.5 m east.
We need to find the straight-line displacement taken to reach the treasure. We know that the displacement covered by an object is equal to the shortest path covered by it. It can be given by :
So, the displacement taken to reach the treasure is 45.62 m.
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Answer:
current in loops is 52.73 μA
Explanation:
given data
side of square a = b = 2.40 cm = 0.024 m
resistance R = 1.20×10^−2 Ω
edge of the loop c = 1.20 cm = 0.012 m
rate of current = 120 A/s
to find out
current in the loop
solution
we know current formula that is
current = voltage / resistance .................a
so current = 1/R × d∅/dt
and we know here that
flux ∅ = ( μ×I×b / 2π ) × ln (a+c/c) ...............b
so
d∅/dt = ( μ×b / 2π ) × ln (a+c/c) × dI/dt ...........c
so from equation a we get here current
current = ( μ×b / 2πR ) × ln (a+c/c) × dI/dt
current = ( 4π××0.024 / 2π(1.20×
) × ln (0.024 + 0.012/0.012) × 120
solve it and we get current that is
current = 4 ×× 1.09861 × 120
current = 52.73 × A
so here current in loops is 52.73 μA