All switches will involve OSPFv2 for IPv4. Utilize 1 as your cycle ID.
Utilize Cisco's Best Practice for your organization explanations on every one of the switches. This training advises the switch to turn on OSPF for precisely that one point of interaction. The accompanying models are NOT Cisco's best practice:
network 192.168.1.0 0.0.0.31 region 0

network 192.168.1.0 0.0.0.255 region 0

Check your talk notes to perceive how Cisco's Best Practice is arranged. On the off chance that you design the organization articulations this way on this active they will be set apart as wrong.

Empowering IPv6 directing and OSPFv3 has been preconfigured on every one of the switches and needn't bother with to be finished.
You will ascertain the IPv4 tends to in light of the measures displayed in PART 1. Ensure you observe which range that you are expected to utilize.
You will interface 1 PC to every switch in this assessment. You will utilize these PCs to test your IPv4 ACLs. You will place in the right IPv4 tending to into every PC according to the IPv4 tending to directions.
You will utilize VLSM tending to for every sequential association (IPv4).
Upper leg tendon guidelines are framed in PART 2.
IPv6 it are framed in PART 3 to address guidelines.
You will include any remaining IPv6 tending to data into the switches and the PCs.
Utilize the clock pace of 56000 on the s0/0 points of interaction.
Name every one of the switches with the names displayed in the geography in PT.
All switches are to save their startup arrangement records to the TFTP server toward the finish of the assessment. Try not to rename the record, utilize the default name. They will be set apart as inaccurate.
Section 1 - IPv4 Addressing Scheme - ODD Student Numbers

VLANs 2 - 4

VLANs 2 - 4 will utilize 187.30.10.0/24
This address will be subnetted so there are 14 usable hosts for each subnet
VLAN 2 will utilize the fourth territory
Utilize the main usable location for fa0/0 on Router1
Utilize the second usable location for PC1
VLAN 3 will utilize the fifth reach
Utilize the principal usable location for fa0/0 on Router2
Utilize the second usable location for PC2
VLAN 4 will utilize the sixth territory
Utilize the principal usable location for fa0/0 on Router3
Utilize the second usable location for PC3

VLANs 5 - 6

VLANs 5 - 6 will utilize 15.20.10.0/24
This address will be subnetted so there are 30 usable hosts for every subnet
VLAN 5 will utilize the third reach
Utilize the primary usable location for fa0/0 on Router4
Utilize the second usable location for PC4
VLAN 6 will utilize the fourth territory
Utilize the main usable location for fa0/0 on Router5
Utilize the second usable location for PC5

VLAN 7

VLAN 7 will utilize 220.200.1.0/24
This address will be subnetted so there are 62 usable hosts for each subnet
VLAN 7 will utilize the second reach
Utilize the main usable location for fa0/0 on Router6
Utilize the second usable location for fa0/0 on Router7
Utilize the fourth usable location for PC6
Utilize the fifth usable location for PC7

VLSM between Routers 1 - 6

The location 196.186.1.0/24 has been subnetted to/27
You will involve the second reach for your VLSM estimations
This address will be subnetted so there are 2 usable addresses for every subnet
Coming up next is the means by which you are to apply the addresses:

Router1 - Router2 will utilize the second reach
Router2 - Router3 will utilize the third reach
Router3 - Router4 will utilize the fourth territory
Router4 - Router5 will utilize the fifth reach
Router5 - Router6 will utilize the sixth territory

ISP Cloud Router

There is no setup to be done on this switch as it is pre-arranged. You will arrange Router1 interface fa0/1 with an IP address of 10.10.10.1/27.

Router7 to FTP/TFTP Server

You will utilize 13.14.15.0/24
This address will be subnetted so there are 6 usable hosts for every subnet
You will utilize the third reach for the fa0/1 point of interaction to FTP/TFTP server association
Utilize the primary usable location for fa0/1 on Router7
Utilize the second usable location for the FTP/TFTP server

Section 2 - Controlling Network Traffic with IPv4 ACLs

While making ACLs in this assessment, you will involve a Standard rundown for any ACL that doesn't need a convention. Utilize the number 7 for generally Standard ACLs and the number 101 for generally Extended ACLs.

Nobody from VLAN2, VLAN3 or VLAN4 might FTP to the FTP server.
Nobody from VLAN7 might get to anybody in VLAN6 aside from ping reverberation answer (be explicit with the ACL - no .255 for trump card cover).
PC4 can't ping PC1.
Nobody from VLAN6 might get to the VLAN3 organization.
Nobody from VLAN4 might get to the ISP switch.
PC5 can't ping PC6.
The ISP cloud switch can't get to the FTP/TFTP server.

Section 3 - IPv6 Addressing Scheme for Hands-on Final - ODD Student Numbers

You will utilize the accompanying worldwide IPv6 address and utilize the qualities displayed on the organization geography in this assessment to supplant the X. Worldwide IPv6 address = 2001:db8:6783:X::/64.

For the connection neighborhood and worldwide addresses utilize the switch number for every point of interaction. The PCs will utilize the following number over the location you put on the switch interface. The special case will be Router7 (fa0/0) and PC7; they will use next numbers above PC6.

 

What is the age distribution of patients who make office visits to a doctor or nurse? The following table is based on information taken from a medical journal. Age group, years Under 15 15-24 25-44 Percent of office visitors 20% 5% 45-64 65 and older 25% 20% 30% Suppose you're a district manager of a health managment organization (HMO) that is monitoring the office of a local doctor or nurse in general family practice. This morning, the office you are monitoring has eight office visits on the schedule. What is the probability of the following? (a) At least half the patients are under 15 years old. (Round your answer to three decimal places.) (b) From 2 to 5 patients are 65 years old or older (include 2 and 5). (Round your answer to three decimal places.) (c) From 2 to 5 patients are 45 years old or older (include 2 and 5). (Round your answer to three decimal places.) (d) All the patients are under 25 years of age. (Round your answer to three decimal places.) (e) All the patients are 15 years old or older. (Round your answer to three decimal places.)