A model shows what is inside of a cell and maybe how it functions. In a real cell all those characteristics are in the cell also. That is how a model of a atom is similar to the real one.
P.S. can u make me the braniest ....Need like 2 more brainest answers
Answer:
(a) 
(b) 
Explanation:
Given data
Area A=4.0 cm²=0.0004 m²
Electric permittivity ε=8.854×10⁻¹² farads/meter
Charge q=0.708 nC
To find
(a) Potential at distance=1.00mm
(b) Potential at distance=2.00mm
Solution
For (a) Potential at distance=1.00mm
First we need to find the capacitance
So

As we know that

So Electric potential is given as:

For (b) Potential at distance=2.00mm
First we need to find the capacitance
So

As we know that

So Electric potential is given as:

The specific heat of aluminum is actually simply a
diversion. Because we can directly compute for the specific heat of copper
using the formula:
ΔH = m C ΔT
where ΔH is change in enthalpy or heat lost, m is mass, C
is specific heat and ΔT is change in temp
4,600 J = 150 g * C * (100 °C - 20°C)
C = 0.38 J/g°C
Answer:
inversely proportional to the temperature
Explanation:
Wein's displacement law states the wavelength at which Earth’s emitted radiation is maximum <u>is inversely proportional to the temperature</u> at which the wavelength of the Sun’s emitted radiation peaks.
λmax 
where,
λmax is the maximum wavelength
b is a constant of proportionality called Wien's displacement constant (b = 2.897 × 10⁻³ m.K)
T is the absolute temperature in kelvins