For the self-styled 'agnostics' out of the room.. Can you find any serious manuscript error below.?
Hint: It might have something to do with 'tittle'
"The first term and the coefficient of the second term of the equation are constants, and Tout is the temperature of the air outlet. These temperatures are continuously measured at both the air inlet and outlet. However, the influence of the factor is 1/10 or less of the measurement error that is described later.
Hc = 0.987 + 0.0000661 ×Tout (1)
The thermal calculations were carried out as follows. The input energy Hin was estimated as equation
(2). Hin = ∑𝛥𝑊×𝛥t𝑇0 (2)
Where ΔW is the power at each time and Δt is the data measurment time interval (24.47 s).
Thermal output energy Hout was calculated as equation (3). Hout = ∑𝛥𝑉 × 𝑆 × 𝜌 × 𝐻𝑐×𝛥𝑡 (3)
where 𝛥𝑇 is the average temperature difference between the air inlet and outlet, Tout , Tin. during the time interval 𝛥t, and where V is the fan wind velocity (m/s); S is the area of the air outlet, 4.4 × 10−3 m2; ρ is the air density, 1.293 kg/m3 at 273.2 K, and Cp the average heat capacity of air.
The value of ρ was calculated by equation (4).
ρ = 3.391×exp(-Tout/201.26) + 0.41529 (4)
The air velocity at the flow meter was estimated by semi-empirical equation (5).
V = A × exp (-Wb/w) + B (5)
Where A is a constant, −3.7; B = 4; w = 1.375; Wb is the blower input (W); and dT is the temperature difference between the air inlet and the outlet, Tout − Tin.
In calculating the caloric value of air, the caloric value varies depending on atmospheric pressure and humidity in addition to temperature"