Table 4 The numerical results for \(\left( {C_{{f_{x} }} ,\,\,C_{{f_{z} }} } \right)\),\(Nu_{r}\) and \(Sh_{r}\).

From: Numerical study of non-Darcy hybrid nanofluid flow with the effect of heat source and hall current over a slender extending sheet

m

\(\delta\)

N

\(C_{{f_{x} }}\)

\(C_{{f_{z} }}\)

\(Nu_{r}\)

\(Sh_{r}\)

0.2

  

− 1.689775

0.418367

1.225167

3.371834

0.4

  

− 1.286627

0.685572

1.259011

3.234460

0.6

  

− 1.865864

0.726487

1.289550

3.104671

0.8

  

− 0.1646348

0.765092

1.412453

3.006296

1.0

  

− 1.496956

0.791047

1.429020

2.935582

 

0.1

 

− 1.509798

0.420456

1.18262

1.723911

 

0.2

 

− 1.689775

0.418367

1.625167

2.371834

 

0.3

 

− 1.877942

0.414772

1.701782

6.058711

 

0.4

 

− 1.074212

0.409747

2.303375

8.311254

 

0.5

 

− 1.278457

0.403394

2.723852

10.47904

  

0.2

− 1.689775

0.418367

1.325167

5.371834

  

0.3

− 2.214652

0.497395

1.253300

3.381260

  

0.4

− 2.686005

0.567704

1.265827

2.474134

  

0.5

− 3.116150

0.631884

1.222736

0.677470

  

0.6

− 3.513876

0.691371

1.206127

0.572587