To what potential should you charge a 2.0 μF capacitor to store 1.0 J of energy?

Answer:

Explanation:

It's provided that

Atmospheric pressure=0.67 atm

We need to determine the partial pressure of ozone at 441 ppb.

Partial pressure of ozone=

Inserting the given atmospheric pressure

Thus, we find

Partial pressure of ozone=

Consequently, the partial pressure of ozone is=

Answer:

Explanation:

The measurement of pressure is indicated as where p denotes the pressure, signifies density, and h represents height

Given values include pressure , gravity's acceleration , and height =1.163 m

<span>a. To determine the velocity at which the camera strikes the ground: v^2 = (v0)^2 + 2ay = 0 + 2ay v = sqrt{ 2ay } v = sqrt{ (2)(3.7 m/s^2)(239 m) } v = 42 m/s The camera impacts the ground with a speed of 42 m/s. b. To calculate the duration it takes for the camera to reach the bottom: y = (1/2) a t^2 t^2 = 2y / a t = sqrt{ 2y / a } t = sqrt{ (2)(239 m) / 3.7 m/s^2 } t = 11.4 seconds
       
The camera descends for 11.4 seconds before hitting the ground.</span>

Answer:

Explanation:

Let the charge on the large droplet be denoted as Q.

When the radius of the droplet is R, the electric potential for the larger droplet can be expressed as:

If it splits into n identical droplets, let the charge of each be "q" and their radius be "r".

Applying volume conservation gives us:

Now, the potential for the smaller droplets is given as:

(A) velocity = 2.8 m/s (B) Average force = 1.9536 Newtons.