Answer:
Have a Merry Christmas & Happy New Year
Explanation:
-i3R3 - e2 = 0 loop law of kirchhoff voltage law
<u>Explanation:</u>
As we know that the parallel conductors carrying current in opposite directions repel each other , therefore induced current in right loop is counterclockwise so as to experience a force towards right ( repelling force) as shown in the figure that has been attached
All the other options are not in the parameter in loop and junction law. loop law of kirchh off voltage law and All the other operations are not valid under kirch off the voltage law.
Answer:
-2/√3 atan ((2t + 1)/√3) + C
Explanation:
∫ (t − 1) / (1 − t³) dt
Factor the difference of cubes:
∫ (t − 1) / ((1 − t)(1 + t + t²)) dt
Divide:
∫ -1 / (1 + t + t²) dt
-∫ 1 / (t² + t + 1) dt
Complete the square:
-∫ 1 / (t² + t + ¼ + ¾) dt
-∫ 4 / (4t² + 4t + 1 + 3) dt
-∫ 4 / ((2t + 1)² + 3) dt
If u = 2t + 1, du = 2 dt:
-∫ 2 / (u² + 3) du
Use an integral table, or use trigonometric substitution:
-2 (1/√3) atan (u/√3) + C
-2/√3 atan (u/√3) + C
Substitute back:
-2/√3 atan ((2t + 1)/√3) + C
Answer:
This is from a website, hope it helped
Explanation:
An Onshape Assembly tab is where you define a hierarchical structure of part and subassembly instances of an Assembly. It is also where you define degrees of freedom and relations. You are able to have more than one Assembly tab in a document. One Assembly can instance another Assembly as a subassembly, and/or instance a part directly. You are able to instance parts from the same document or other documents to which you have permissions (and that are versioned).