Using your subnetting results from Question 1, configure rou…

Using your subnetting results from Question 1, configure router R1 as follows: R1-A: Interface GigabitEthernet0/0/1 Assign the first usable IP address of Subnet A  Use the correct subnet mask Ensure the interface is enabled R1-B: Interface GigabitEthernet0/0/0 Assign the first usable IP address of Subnet B Use the correct subnet mask Ensure the interface is enabled Write the complete IOS CLI commands required. Requirements: Begin in global configuration mode. Include all necessary interface configuration commands. Ensure both interfaces are administratively up.

You have been assigned the network 192.168.20.0/24 and are r…

You have been assigned the network 192.168.20.0/24 and are required to subnet it into two subnets. Subnet A must support 28 hosts, while Subnet B must support 14 hosts. Assign the first subnet to Subnet A and the second subnet to Subnet B. Subnet A Subnet A – Number of bits in the subnet mask is   Subnet A – Subnet mask in Binary is   Subnet A – Subnet Mask in Decimal is   Subnet A – Maximum number of usable subnets(Including the 0th Subnet) is   Subnet A – Number of usable hosts per subnet is   Subnet A – IP Subnet Address is   Subnet A – First Valid IP Host Address is   Subnet A – Last Valid IP Host Address is     Subnet A – Broadcast Address is   Subnet B   Subnet B – Number of bits in the subnet mask is   Subnet B – Subnet mask in Binary is   Subnet B – Subnet Mask in Decimal is   Subnet B – Maximum number of usable subnets(Including the 0th Subnet) is   Subnet B – Number of usable hosts per subnet is   Subnet B – IP Subnet Address is   Subnet B – First Valid IP Host Address is   Subnet B – Last Valid IP Host Address is   Subnet B – Broadcast Address is

Instrucciones 1. Carga de datos: Importa la base de datos e…

Instrucciones 1. Carga de datos: Importa la base de datos en Python usando pandas. Visualiza las primeras filas y verifica los datos. Cálculo de la probabilidad de éxito “p”. 2. Calcula la probabilidad de éxito (p) como la proporción de empleados satisfechos (valor 1 en la columna Satisfacción). 3. Modelo binomial: Se seleccionan 10 empleados de forma aleatoria. Utilizando el valor de p calculado, modela la probabilidad de que exactamente k empleados estén satisfechos con su trabajo, para k = 0, 1, …, 10. 4. Gráfica del modelo binomial: Grafica la distribución de probabilidades del modelo binomial. Asegúrate de etiquetar adecuadamente los ejes y el título. 5. Análisis: Interpreta los resultados de la gráfica. Responde: ¿Cuáles son los valores más probables para k? ¿Qué indica esto sobre la satisfacción de los empleados?