Look at the following pattern :
`1^(2)=1`
`11^(2)=121`
`111^(2)=12321`
`1111^(2)=1234321`
`11111^(2)=123454321`
Make a conjecture about each of the following :
`111111^(2)=`
`1111111^(2)=`
Check if your conjecture is true.

Look at the following pattern: 1^(2) = 1 11^(2) =121 111^2 = 12321 1111^(2)=1234321 11111^2 = 123454321 Make a conjecture about about each of the following : 111111^2=.............. 1111111^2=........... Check if your conjecture is true .

Look at the following pattern: 1^(2) = 1 11^(2) =121 111^2 = 12321 1111^(2)=1234321 11111^2 = 123454321 Make a conjecture about about each of the following : 111111^2=.............. 1111111^2=........... Check if your conjecture is true .

Look at the following pattern: 1^(2) = 1 11^(2) =121 111^2 = 12321 1111^(2)=1234321 11111^2 = 123454321 Make a conjecture about about each of the following : 111111^2=.............. 1111111^2=........... Check if your conjecture is true .

Look at the following pattern: 1^(2) = 1 11^(2) =121 111^2 = 12321 1111^(2)=1234321 11111^2 = 123454321 Make a conjecture about about each of the following : 111111^2=.............. 1111111^2=........... Check if your conjecture is true .

Study the following pattern: 1xx1=1 11xx11=121 111xx111=12321 What is 11111 xx 11111?

Observe the following pattern and find the missing digits: 1^2 = 1 11^2 = 121 111^2 = 12321 1111^2 = 1234321 1111111^2 = ........ .

Observe the following pattern and find the missing digits: 1^2 = 1 11^2 = 121 111^2 = 12321 1111^2 = 1234321 111111^2 = ........ .

Observe the following pattern and find the missing digits: 1^2 = 1 11^2 = 121 111^2 = 12321 1111^2 = 1234321 11111111^2 = ........ .

Write the following in logarithmic form 11^(2)=121