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Mrs. Price’s Newsletter 11/9/15
Math Chapter 6: Division
Divide: to separate into equal groups.
Dividend: the number that is to be divided in a division problem.
Divisor: the number that divides the dividend
Inverse Operations: opposite operations or operations that undo each other (such as addition and subtraction or multiplication and division)
Quotient: the number, not including the remainder, that results from division.
Related Facts or Fact Family: a set of related multiplication and division equations OR a set of related addition and subtraction equations.
Science: Chapter 7 How does Water Change? Test Tuesday
States of Matter: the forms in which a material can exist (solid, liquid, gas)
Solid: matter that keeps its own shape
Liquid: matter that takes the shape of its container
Gas: matter that spreads to fill a space
Evaporation: the change from a liquid to a gas
Condensation: the change from a gas to a liquid
When water gets WARMER, the following can occur:
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- No school Wednesday, November 11
- HW sheet due Friday
- 15 Min Moby Max MATH per night (or 1 hour each week)
Math Chapter 6: Division
Divide: to separate into equal groups.
Dividend: the number that is to be divided in a division problem.
Divisor: the number that divides the dividend
Inverse Operations: opposite operations or operations that undo each other (such as addition and subtraction or multiplication and division)
Quotient: the number, not including the remainder, that results from division.
Related Facts or Fact Family: a set of related multiplication and division equations OR a set of related addition and subtraction equations.
Science: Chapter 7 How does Water Change? Test Tuesday
States of Matter: the forms in which a material can exist (solid, liquid, gas)
Solid: matter that keeps its own shape
Liquid: matter that takes the shape of its container
Gas: matter that spreads to fill a space
Evaporation: the change from a liquid to a gas
Condensation: the change from a gas to a liquid
When water gets WARMER, the following can occur:
- Melting
- Evaporation
- Boiling (at 100*C or 212*F)
- Condensation
- Freezing into solid ice (at 0*C or 32*F)
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