The square root of 90 is between the integers 9 and 10
I learned about square roots and its half of a #
These links all show what we have learned in term 2 in MST - Tyler
this cow does not look so bad but thats what i said about the last one and failed. juice. -ian
I learned and already knnew when multiplying exponenets u multiply the coeffient and add the exponent
Korey says...The X coordinate may be called the AbscissaThe Y coordinate may be called the Ordinate
dividing exponents are simply subtracting them
I learned that lines on graphs are similar to balance scales because if they are the same they will always stay the same. carter
Myles H-P learned one day late because Joe forgot to pass out the COW that when solving an algebraic expression you combine like terms first.
I learned a square root is double the number and there is also a perfect square which is a number between to integers
to simplify negative exponents, you just find the inverse of the base number and operate on the denominator by the exponent.
The square root of 90 is between the integers 9 and 10
ReplyDeleteI learned about square roots and its half of a #
ReplyDeleteThese links all show what we have learned in term 2 in MST - Tyler
ReplyDeletethis cow does not look so bad but thats what i said about the last one and failed. juice. -ian
ReplyDeleteI learned and already knnew when multiplying exponenets u multiply the coeffient and add the exponent
ReplyDeleteKorey says...
ReplyDeleteThe X coordinate may be called the Abscissa
The Y coordinate may be called the Ordinate
dividing exponents are simply subtracting them
ReplyDeleteI learned that lines on graphs are similar to balance scales because if they are the same they will always stay the same.
ReplyDeletecarter
Myles H-P learned one day late because Joe forgot to pass out the COW that when solving an algebraic expression you combine like terms first.
ReplyDeleteI learned a square root is double the number and there is also a perfect square which is a number between to integers
ReplyDeleteto simplify negative exponents, you just find the inverse of the base number and operate on the denominator by the exponent.
ReplyDelete