Answer:
the peak wavelength when the temperature is 3200 K =
Explanation:
Given that:
the temperature = 3200 K
By applying Wien's displacement law ,we have
T = 0.2898×10⁻² m.K
The peak wavelength of the emitted radiation at this temperature is given by
=
=
Hence, the peak wavelength when the temperature is 3200 K =
It won't happen anything i think it will just be a something like a small thing
As the engine heats up, a natural circulation starts, as coolant rises through the engine block by convection. It passes through the top hose, and into the radiator. Inside the radiator, heat is removed from the coolant as it falls from the top to the bottom.
Hope this helps!
According to Charles law, we know, at constant pressure, volume is directly proportional to temperature.
So, V/T = constant
V₁/t₁ = V₂/t₂
V₁t₂ = V₂t₁
Here, we have: V₁ = 1.50 L
V₂ = 0.40 L
T₂ = 77.2 K
T₁ = ?
Substitute their values into the expression:
1.50 × 77.2 = 0.40 × T₁
T₁ = 115.8 / 0.40
T₁ = 289.5
After rounding-off to unit place value, it would be equal to 290 K
So, In short Option D would be your correct answer.
Hope this helps!
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