Theory and Modern Applications

# Table 3 Values of endemic equilibrium at different time periods

Values of endemic equilibrium in 100 days

$$\boldsymbol{\gamma_{i} =1}$$ , i  = 1,2,3

$$\boldsymbol{\gamma_{i} =0.95}$$ , i  = 1,2,3

$$\boldsymbol{\gamma_{i} =0.90}$$ , i  = 1,2,3

$$\boldsymbol{\gamma_{i} =0.85}$$ , i  = 1,2,3

Susceptible

0.5313

0.5185

0.5066

0.4969

Bin. coeff.

0.5313

0.5266

0.5241

0.5239

GL coeff.

0.5313

0.5264

0.5237

0.5233

Infected

1.743

2.612

4.006

6.139

Bin. coeff.

1.743

1.757

1.763

1.761

GL coeff.

1.743

1.758

1.765

1.762

Free Virus

10.5

15.74

24.14

37.01

Bin. coeff.

10.5

10.58

10.62

10.61

GL coeff.

10.5

10.59

10.63

10.62

Values of endemic equilibrium in 75 days

$$\boldsymbol{\gamma_{i} =1}$$ , i  = 1,2,3

$$\boldsymbol{\gamma_{i} =0.95}$$ , i  = 1,2,3

$$\boldsymbol{\gamma_{i} =0.90}$$ , i  = 1,2,3

$$\boldsymbol{\gamma_{i} =0.85}$$ , i  = 1,2,3

Susceptible

0.5313

0.501

0.4817

0.4696

Bin. coeff.

0.5313

0.5159

0.5068

0.5034

GL coeff.

0.5313

0.5152

0.5055

0.5018

Infected

1.743

3.235

5.547

8.951

Bin. coeff.

1.743

1.791

1.818

1.824

GL coeff.

1.743

1.793

1.822

1.829

Free Virus

10.5

19.5

33.44

53.97

Bin. coeff.

10.5

10.79

10.96

10.99

GL coeff.

10.5

10.81

10.98

11.02

Values of endemic equilibrium in 60 days

$$\boldsymbol{\gamma_{i} =1}$$ , i  = 1,2,3

$$\boldsymbol{\gamma_{i} =0.95}$$ , i  = 1,2,3

$$\boldsymbol{\gamma_{i} =0.90}$$ , i  = 1,2,3

$$\boldsymbol{\gamma_{i} =0.85}$$ , i  = 1,2,3

Susceptible

0.5313

0.5104

0.4945

0.4833

Bin. coeff.

0.5313

0.5222

0.5168

0.5153

GL coeff.

0.5313

0.5217

0.516

0.5142

Infected

1.743

2.961

4.761

7.528

Bin. coeff.

1.743

1.771

1.786

1.786

GL coeff.

1.743

1.773

1.788

1.790

Free Virus

10.5

17.57

28.7

45.39

Bin. coeff.

10.5

10.67

10.76

10.76

GL coeff.

10.5

10.68

10.78

10.78