A cylindrical rod of stainless steel is insulated on its exterior surface except for the ends. The steady-state temperature dist
ribution is T(x)=a-bx/L, where a=305K and b=10K. The diameter and the length of the rod are D=20 mm and L = 100 mm, respectively. Determine the flux along the rod 푞"푥. Hint: The mass of the rod is m=0.248 kg.
1 answer:
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Answer:
Christian
Explanation:
Given that
Force applied by Sean ,F₁=100 N
Force applied by Christian ,F₂=200 N
Lets take mass of the box = m kg
As we know that from second law of Newton's
F= m a
F=Force,m=mass ,a=acceleration
From the above we can say that acceleration a₂ is greater than a₁ is for the same mass of the box.
Therefore Christian will acceleration more for the box.
Answer:
Current in the battery will be 11.7 A
Explanation:
We have given that the there is parallel circuit with three different branches.
Current in each branch is ,
,
We have to find the current I in the battery
It is known that in parallel circuit current is sum of current in each branches
So current in the battery will be equal to
Therefore current in the battery will be 11.7 A