Answer:
7.The number of turns should be such that the induced counter electromotive force can maintain the balance of the applied voltage.
I think that is the answer
Answer:
<em>A stable ride</em>
Explanation:
A Catamaran hull is a form of sea craft invented by the Austronesian peoples, the invention of the Catamaran hull enabled these people to sail across the sea in their expansion to the islands of the Indian and Pacific Oceans. Catamaran has multiple hulls, usually two parallel hulls of equal size. This geometric feature gives the craft an increased stability because,<em> it derives extra stability from its wide beam, in the place of a ballasted keel employed in a regular monohull sailboat. </em>A Catamaran hull will require four times the force needed to capsize it, when compared to an equivalent monohull.
C. Both A and B
This is due that you need to replace it every 2-5 years and your tires need to rotated for every 3000-5000 miles :)
Answer:
9V
Explanation:
I'm not sure if this is correrct, but i assume you just do a loop in the path of D1 to the resistor to D3. Using kirchoff voltage law, they should sum up to 0. The forward voltage drop of each diode is already given so just sub those value i and solve for Vr (voltage drop over resistor).
10 - Vd1 - Vr - Vd3 = 0
10 - .3 - Vr - .7 = 0
Vr = 10 - .3 - .7 = 9V
Attached is the solution to the question spelt out above.