Effects of Binary Chemical Reaction and Activation Energy on MHD Boundary Layer Heat and Mass Transfer Flow with Viscous Dissipation and Heat Generation/Absorption

Table 1

Effects of 𝐺_𝑟,𝜆,𝑤,𝛾,𝐸, and 𝜈₀ on the skin friction coefficient, the Nusselt number, and the Sherwood number for  𝐺_𝑟=10,𝐺_𝑚=1,𝑃_𝑟=0.71,𝜈₀=3,𝑆_𝑐=0.6,𝜆=5,𝐸=1,𝑤=1,𝑀=𝐸_𝑐=0, and 𝛾=0.

	−𝑓^′(0)	−𝜃^′(0)	−𝜙^′(0)
𝐺𝑟=
−10.00000	6.28618	2.58611	2.83618
−5.00000	4.71973	2.59209	2.83672
0.00000	3.19774	2.59299	2.83998
5.00000	1.70224	2.59852	2.83923
10.00000	0.24525	2.60349	2.83849
𝜆=
1.00000	0.24033	2.60608	2.26552
5.00000	0.24525	2.60349	2.83849
10.00000	0.30840	2.60610	4.37298
𝑤=
−0.750000	0.06827	2.58234	3.21792
0.00000	0.16991	2.59250	3.01768
0.75000	0.20504	2.59811	2.87688
𝐸=
0.00000	0.34340	2.60624	4.35339
0.50000	0.16287	2.58891	3.37658
1.00000	0.24525	2.60349	2.83849
5.00000	0.10981	2.58889	2.26497
𝜈0=
−3.00000	−3.88025	0.10081	1.62314
0.00000	−3.66969	0.95110	1.95706
3.00000	0.24525	2.60349	2.83849
𝛾=
−4.00000	0.68965	3.31240	2.75431
−2.00000	0.41067	2.98095	2.78286
0.00000	0.24525	2.60349	2.83849
2.00000	−0.48425	2.05361	2.92446
4.00000	−0.77199	1.46498	3.02587