Answer:
Two resistors in parallel can be placed in series with the third.
Two resistors in series can be placed in parallel with the third.
The resistors can all be connected in series.
The resistors can all be connected in parallel.
Explanation:
When we want to connect three resistors in a circuit, four options are open to us; these options are:
Two resistors in parallel can be placed in series with the third.
Two resistors in series can be placed in parallel with the third.
The resistors can all be connected in series.
The resistors can all be connected in parallel.
In each case we obtain an equivalent or net resistance. We cannot connect the resistors to the equivalent resistance since the equivalent resistance is obtained from the arrangement of the three resistors in each case.
<span>a particular kind of matter with uniform properties</span>
Constant = 8.314JK⁻¹mol⁻¹
T is for temperature which is 298K
Faraday constant value is 96500C/mol
n is the number of electrons which are transferred in the reaction.
Ecell = E₀cell - RT/nFiN [cathode]/[anode]
Ecell = E₀cell - RT/nF In [PH₂]/[H⁺]²
Ecell = 0.00-8.314 JK⁻¹ mol⁻¹ × 298k/ 2× 96500C/mol In [2.4atm]/ 0.70]²
Ecell = 0.00 - 0.0129 In (2.59)
Ecell = 0.00 - 0.0129 × 0.951
Ecell = -0.0122V
∴Ecell is = -o.0122v
a single two-dimensional cross-sectional imagine made using real-time technology
Use this equation
Acceleration = frequency x wavelength
You have the wavelength and frequency so multiply them.
3.0 x .5 = 1.5
I don't remeber if any conversions need to be made