Significant Figures - Ramsey Public School District
... Rule 6: Zeros that are found after non zero numbers to the right of a decimal point are significant (trailing zeros) Example: 0.1200 (4 sig figs) ...
... Rule 6: Zeros that are found after non zero numbers to the right of a decimal point are significant (trailing zeros) Example: 0.1200 (4 sig figs) ...
Full text
... 1 0 0, we may replace these three digits with O i l . Both strings will have equal value because Fn + 2 = Fn + 1 + Fn. However, out of each of these pairs of partitions, one is a partition of even cardinality, whereas the other is odd, since they are different only in their first three places. Hence ...
... 1 0 0, we may replace these three digits with O i l . Both strings will have equal value because Fn + 2 = Fn + 1 + Fn. However, out of each of these pairs of partitions, one is a partition of even cardinality, whereas the other is odd, since they are different only in their first three places. Hence ...
Full text
... (2.3) The fundamental quadratic relation between Fibonacci numbers and Lucas numbers is L2n − 5Fn2 = 4(−1)n . (2.4) All solutions in positive integers of x2 − 5y 2 = 4, and of x2 − 5y 2 = −4 are given by (x, y) = (L2n , F2n ) for n ≥ 1, and (x, y) = (L2n−1 , F2n−1 ) for n ≥ 1, respectively. (2.5) Ex ...
... (2.3) The fundamental quadratic relation between Fibonacci numbers and Lucas numbers is L2n − 5Fn2 = 4(−1)n . (2.4) All solutions in positive integers of x2 − 5y 2 = 4, and of x2 − 5y 2 = −4 are given by (x, y) = (L2n , F2n ) for n ≥ 1, and (x, y) = (L2n−1 , F2n−1 ) for n ≥ 1, respectively. (2.5) Ex ...
Signed numbers
... Represent and solve the division problem 6/3. Represent and solve the division problem -6/3. Represent and solve the division problem 6/-3. Represent and solve the division problem -6/-3. Represent and solve the division problem 6/4. Represent and solve the division problem -6/4. Is it true that div ...
... Represent and solve the division problem 6/3. Represent and solve the division problem -6/3. Represent and solve the division problem 6/-3. Represent and solve the division problem -6/-3. Represent and solve the division problem 6/4. Represent and solve the division problem -6/4. Is it true that div ...
Document
... you choose your factors in the mult./add table. 1) When the last term is positive, the factors will have the same sign as the middle term. 2) When the last term is negative, the factors will have different signs. ...
... you choose your factors in the mult./add table. 1) When the last term is positive, the factors will have the same sign as the middle term. 2) When the last term is negative, the factors will have different signs. ...
Annotations on Divisibility Test
... period being a divisor (n). For example, in the case n = 7, we have m0 = 1, m1= 3, m2 = 2, m3 = -1, m4 = -3, m5 = -2 and then it repeats. So x is divisible by 7 if and only if (d0 - d3 + d6 - d9 +…) + 3 (d1 - d4 + d7 - d10 +…) + 2 (d2 - d5 + d8 - d11 +..). In the same way we can develop a new divis ...
... period being a divisor (n). For example, in the case n = 7, we have m0 = 1, m1= 3, m2 = 2, m3 = -1, m4 = -3, m5 = -2 and then it repeats. So x is divisible by 7 if and only if (d0 - d3 + d6 - d9 +…) + 3 (d1 - d4 + d7 - d10 +…) + 2 (d2 - d5 + d8 - d11 +..). In the same way we can develop a new divis ...