Author Question: A 1 pF capacitor is connected in parallel with a 2 pF capacitor, the parallel combination then being ... (Read 104 times)

Davideckstein7

  • Hero Member
  • *****
  • Posts: 555
A 1 pF capacitor is connected in parallel with a 2 pF capacitor, the parallel combination then being connected in series with a 3 pF capacitor. The resulting equivalent capacitance is
 
  A)
 
  1.5 pF.
  B)
 
  6 pF.
  C)
 
  3 pF.
  D)
 
  4.5 pF.
  E)
 
  5 pF.

Question 2

If the electric field and magnetic field of an EM wave are given by E = Eo sin(kx - t) and B = Bo sin(kx - t), and if the value of Eo is 5.1 x 10-5 V/m, what is the value of Bo?
 
  A)
 
  1.7  1014 T
  B)
 
  1.7  103 T
  C)
 
  1.7  10-14 T
  D)
 
  1.7  104 T
  E)
 
  1.7  10-13 T



bigsis44

  • Sr. Member
  • ****
  • Posts: 317
Answer to Question 1

A

Answer to Question 2

E



Related Topics

Need homework help now?

Ask unlimited questions for free

Ask a Question


 

Did you know?

The top 10 most important tips that will help you grow old gracefully include (1) quit smoking, (2) keep your weight down, (3) take supplements, (4) skip a meal each day or fast 1 day per week, (5) get a pet, (6) get medical help for chronic pain, (7) walk regularly, (8) reduce arguments, (9) put live plants in your living space, and (10) do some weight training.

Did you know?

Autoimmune diseases occur when the immune system destroys its own healthy tissues. When this occurs, white blood cells cannot distinguish between pathogens and normal cells.

Did you know?

There are immediate benefits of chiropractic adjustments that are visible via magnetic resonance imaging (MRI). It shows that spinal manipulation therapy is effective in decreasing pain and increasing the gaps between the vertebrae, reducing pressure that leads to pain.

Did you know?

Patients who have been on total parenteral nutrition for more than a few days may need to have foods gradually reintroduced to give the digestive tract time to start working again.

Did you know?

Many of the drugs used by neuroscientists are derived from toxic plants and venomous animals (such as snakes, spiders, snails, and puffer fish).

For a complete list of videos, visit our video library