Holt Mathematics Course 1 and Course 2 Correlation to Grade 6 ...

HOLT
Mathematics
© 2007
Course 1 and Course 2
correlated to
Minnesota
Academic Standards in Mathematics
Grade 6

Explanation of Correlation
The following document is a correlation of Holt Mathematics, Course 1 and Course 2
to the April 14, 2007 Revision of the Minnesota Academic Standards in Mathematics,
Grade 6. The correlation provides a cross-reference between the skills in the standards
and representative page numbers where those skills are taught or assessed.
The references contained in this correlation reflect the interpretation by Holt, Rinehart
and Winston of the objectives outlined in the Minnesota Academic Standards in
Mathematics.
Correlation prepared September 2007

Grade 6 Minnesota Academic
Standards in Mathematics
Holt Mathematics
Course 1
1
HOLT, RINEHART AND WINSTON
Holt Mathematics,
Course 2
STRAND NUMBER & OPERATION
Standard Read, write, represent and compare positive rational numbers expressed as fractions,
decimals, percents and ratios; write positive integers as products of factors; use these
representations in real-world and mathematical situations.
6.1.1.1 Locate positive rational numbers
on a number line and plot pairs
of positive rational numbers on a
coordinate grid.
6.1.1.2 Compare positive rational
numbers represented in various
forms. Use the symbols < and >.
6.1.1.3 Understand that percent
represents parts out of 100 and
ratios to 100.
6.1.1.4 Determine equivalences among
fractions, decimals and percents;
select among these
representations to solve
problems.
6.1.1.5 Factor whole numbers; express a
whole number as a product of
prime factors with exponents.
6.1.1.6 Determine greatest common
factors and least common
multiples. Use common factors
and common multiples to do
arithmetic with fractions and find
equivalent fractions.
6.1.1.7 Convert between equivalent
representations of positive
rational numbers.
Lesson 1.1 (7) Lesson 2.1 (76-79)
Lesson 4.1 (224-227)
Lesson 1.1 (6-9)
Lesson 3.1 (108-111)
Lesson 4.7 (198-201)
Lesson 2.11 (128-131)
Lesson 7.7 (381-384) Lesson 6.1 (330-332)
Lesson 4.4 (181-184)
Lesson 7.8 (385-388)
Lesson 2.9 (120-123)
Lesson 2.10 (124-127)
Lesson 6.2 (333-335)
Lesson 4.2 (169-172) Lesson 2.6 (106-107)
Lesson 4.3 (173-176) Lesson 2.7 (110-113)
Lesson 2.8 (114-117)
Lesson 4.4 (181-184)
Lesson 7.8 (385-388)
Lesson 2.9 (120-123)
Lesson 2.10 (124-127)
Lesson 6.2 (333-335)
Standard Understand the concept of ratio and its relationship to fractions and to the
multiplication and division of whole numbers. Use ratios to solve real-world and
mathematical problems.
6.1.2.1 Identify and use ratios to
compare quantities; understand
that comparing quantities using
ratios is not the same as
comparing quantities using
subtraction.
6.1.2.2 Apply the relationship between
ratios, equivalent fractions and
percents to solve problems in
various contexts, including those
involving mixtures and
concentrations.
Lesson 7.1 (352-355)
Lesson 7.2 (356-359)
Lesson 4.5 (186-189)
Lesson 7.1 (352-355)
Lesson 7.8 (385-388)
Lesson 5.1 (270-273)
Lesson 5.4 (283-285)
Lesson 2.9 (120-123)
Lesson 2.10 (124-127)
Lesson 5.1 (270-273)
Lesson 5.2 (274-277)
Lesson 5.4 (283-286)
Lesson 6.2 (333-335)
Lesson 6.4 (342-345)
Lesson 6.5 (346-349)
Lesson 6.6 (352-355)
Lesson 6.7 (356-359)

Grade 6 Minnesota Academic
Standards in Mathematics
6.1.2.3 Determine the rate for ratios of
quantities with different units.
6.1.2.4 Use reasoning about
multiplication and division to
solve ratio and rate problems.
Holt Mathematics
Course 1
2
HOLT, RINEHART AND WINSTON
Holt Mathematics,
Course 2
Lesson 7.1 (352-355) Lesson 5.2 (274-277)
Lesson 7.1 (352-355)
Lesson 7.2 (356-359)
Lesson 5.1 (270-273)
Lesson 5.2 (274-276)
Standard Multiply and divide decimals, fractions and mixed numbers; solve real-world and
mathematical problems using arithmetic with positive rational numbers.
6.1.3.1 Multiply and divide decimals and
fractions, using efficient and
generalizable procedures,
including standard algorithms.
6.1.3.2 Use the meanings of fractions,
multiplication, division and the
inverse relationship between
multiplication and division to
make sense of procedures for
multiplying and dividing
fractions.
6.1.3.3 Calculate the percent of a
number and determine what
percent one number is of another
number to solve problems in
various contexts.
6.1.3.4 Solve real-world and
mathematical problems requiring
arithmetic with decimals,
fractions and mixed numbers.
6.1.3.5 Estimate solutions to problems
with whole numbers, fractions
and decimals and use the
estimations to assess the
reasonableness of computations
and of results in the context of
the problem.
Lesson 3.5 (130-133)
Lesson 3.6 (134-136)
Lesson 3.7 (137-140)
Lesson 5.6 (254-257)
Lesson 5.7 (260-263)
Lesson 5.8 (264-267)
Lesson 5.9 (270-273)
Lesson 5.7 (260-263)
Lesson 5.8 (264-267)
Lesson 5.9 (270-273)
Lesson 5.10 (274, 277)
Lesson 3.3 (160-163)
Lesson 3.4 (166-169)
Lesson 3.5 (170-173)
Lesson 3.10 (196-199)
Lesson 3.11 (200-203)
Lesson 3.10 (196-199)
Lesson 3.11 (200-203)
Lesson 7.10 (394-397) Lesson 6.4 (342-345)
Lesson 6.5 (346-349)
Lesson 6.6 (352-355)
Lesson 6.7 (356-359)
Lesson 3.3 (118-121)
Lesson 3.5 (130-133)
Lesson 3.6 (134-136)
Lesson 3.7 (137-140)
Lesson 3.8 (141-143)
Lesson 3.9 (144-147)
Lesson 4.8 (202-205)
Lesson 4.9 (206-209)
Lesson 5.2 (234-237)
Lesson 5.3 (238-241)
Lesson 5.4 (244-247)
Lesson 1.2 (10-13)
Lesson 3.2 (112-115)
Lesson 4.9 (206-209)
Lesson 3.2 (154-157)
Lesson 3.3 (160-163)
Lesson 3.4 (166-169)
Lesson 3.5 (170-173)
Lesson 3.6 (174-177)
Lesson 3.7 (180-183)
Lesson 3.8 (186-189)
Lesson 3.9 (190-193)
Lesson 3.10 (196-199)
Lesson 3.11 (200-203)
Lesson 3.12 (204-207)
Lesson 3.1 (150-153)
Lesson 3.7 (180-183)

Grade 6 Minnesota Academic
Standards in Mathematics
Holt Mathematics
Course 1
3
HOLT, RINEHART AND WINSTON
Holt Mathematics,
Course 2
STRAND ALGEBRA
Standard Recognize and represent relationships between varying quantities; translate from one
representation to another; use patterns, tables, graphs and rules to solve real-world
and mathematical problems.
6.2.1.1 Understand that a variable can be
used to represent a quantity that
can change, often in relationship
to another changing quantity.
Use variables in various
contexts.
6.2.1.2 Represent the relationship
between two varying quantities
with function rules, graphs and
tables; translate between any two
of these representations.
Lesson 2.1 (54-57)
Lesson 2.2 (58-61)
Lesson 2.3 (62-65)
Lesson 2.4 (70-73)
Lesson 11.9 (640-643)
Lesson 11.10 (646-649)
Lesson 1.7 (34-37)
Lesson 1.8 (38-41)
Lesson 4.6 (248-251)
Lesson 12.3 (686-689)
Lesson 4.2 (228-231)
Lesson 4.4 (238-241)
Lesson 4.5 (242-245)
Standard Use properties of arithmetic to generate equivalent numerical expressions and
evaluate expressions involving positive rational numbers.
6.2.2.1 Apply the associative,
commutative and distributive
properties and order of
operations to generate equivalent
expressions and to solve
problems involving positive
rational numbers.
Lesson 1.4 (22-25)
Lesson 1.5 (26-29)
Lesson 1.5 (23-26)
Lesson 1.6 (28-31)
Lesson 1.7 (34-37)
Lesson 1.9 (42-45)
Lesson 1.10 (46-49)
Lesson 1.11 (52-55)
Lesson 1.12 (56-59)
Lesson 12.2 (682-685)
Standard Understand and interpret equations and inequalities involving variables and positive
rational numbers. Use equations and inequalities to represent real-world and
mathematical problems; use the idea of maintaining equality to solve equations.
Interpret solutions in the original context.
6.2.3.1 Represent real-world or
mathematical situations using
equations and inequalities
involving variables and positive
rational numbers.
6.2.3.2 Solve equations involving
positive rational numbers using
number sense, properties of
arithmetic and the idea of
maintaining equality on both
sides of the equation. Interpret a
solution in the original context
and assess the reasonableness of
results.
Lesson 2.4 (70-73)
Lesson 2.5 (74-77)
Lesson 2.6 (78-80)
Lesson 2.7 (81-84)
Lesson 2.8 (85-87)
Lesson 3.9 (144-147)
Lesson 5.5 (248-251)
Lesson 5.10 (274-277)
Lesson 2.4 (70-73)
Lesson 2.5 (74-77)
Lesson 2.6 (78-80)
Lesson 2.7 (81-84)
Lesson 2.8 (85-87)
Lesson 3.9 (144-147)
Lesson 5.5 (248-251)
Lesson 5.10 (274-277)
Lesson 1.10 (46-49)
Lesson 1.11 (52-55)
Lesson 1.12 (56-59)
Lesson 3.6 (174-177)
Lesson 3.12 (204-207)
Lesson 12.1 (678-681)
Lesson 12.2 (682-685)
Lesson 12.3 (686-689)
Lesson 12.5 (696-699)
Lesson 12.6 (700-703)
Lesson 12.7 (704-707)
Lesson 1.10 (46-49)
Lesson 1.11 (52-55)
Lesson 1.12 (56-59)
Lesson 3.6 (174-177)
Lesson 3.12 (204-207)
Lesson 12.1 (678-681)
Lesson 12.2 (682-685)
Lesson 12.3 (686-689)

Grade 6 Minnesota Academic
Standards in Mathematics
Holt Mathematics
Course 1
4
HOLT, RINEHART AND WINSTON
Holt Mathematics,
Course 2
STRAND GEOMETRY & MEASUREMENT
Standard Calculate perimeter, area, surface area and volume of two- and three-dimensional
figures to solve real-world and mathematical problems.
6.3.1.1 Calculate the surface area and
volume of prisms and use
appropriate units, such as cm2
and cm3. Justify the formulas
used. Justification may involve
decomposition, nets or other
models.
6.3.1.2 Calculate the area of
quadrilaterals. Quadrilaterals
include squares, rectangles,
rhombuses, parallelograms,
trapezoids and kites. When
formulas are used, be able to
explain why they are valid.
Lesson 10.7 (572-575)
Lesson 10.9 (582-585)
Lesson 10.2 (586-589)
Lesson 10.4 (597-601)
Lesson 10.2 (546-549) Lesson 9.3 (530-533)
Lesson 9.4 (534-537)
Lesson 9.7 (550-553)
6.3.1.3 Estimate the perimeter and area
of irregular figures on a grid
when they cannot be
decomposed into common
figures and use correct units,
such as cm and cm2.
Lesson 10.1 (542-545) Lesson 9.6 (542-545)
Standard Understand and use relationships between angles in geometric figures.
6.3.2.1 Solve problems using the
relationships between the angles
formed by intersecting lines.
Lesson 8.3 (424-427) Lesson 8.3 (452-455)
6.3.2.2 Determine missing angle
measures in a triangle using the
fact that the sum of the interior
angles of a triangle is 180°. Use
models of triangles to illustrate
this fact.
6.3.2.3 Develop and use formulas for the
sums of the interior angles of
polygons by decomposing them
into triangles.
Standard Choose appropriate units of
measurement and use ratios to
convert within measurement
systems to solve real-world and
mathematical problems.
6.3.3.1 Solve problems in various
contexts involving conversion of
weights, capacities, geometric
measurements and times within
measurement systems using
appropriate units.
6.3.3.2 Estimate weights, capacities and
geometric measurements using
benchmarks in measurement
systems with appropriate units.
Technology Lab 8-5
(441)
Lesson 9.3 (496-500)
Lesson 9.4 (501-503)
Lesson 8.8 (478-481)
Lesson 8.8 (478-481)
Lesson 3.8 (189)
Lesson 5.6 (292-295)
Student Handbook (770)

Grade 6 Minnesota Academic
Standards in Mathematics
Holt Mathematics
Course 1
5
HOLT, RINEHART AND WINSTON
Holt Mathematics,
Course 2
STRAND DATA ANALYSIS & PROBABILITY
Standard Use probabilities to solve real-world and mathematical problems; represent
probabilities using fractions, decimals and percents.
6.4.1.1 Determine the sample space (set
of possible outcomes) for a given
experiment and determine which
members of the sample space are
related to certain events. Sample
space may be determined by the
use of tree diagrams, tables or
pictorial representations.
Lesson 12.2 (672-675) Lesson 11.3 (636-639)
6.4.1.2 Determine the probability of an Lesson 12.1 (668-671) Lesson 11.1 (628-631)
event using the ratio between the Lesson 12.2 (673-675) Lesson 11.2 (632-635)
size of the event and the size of
the sample space; represent
probabilities as percents,
fractions and decimals between 0
and 1 inclusive. Understand that
probabilities measure likelihood.
Lesson 12.4 (682-685)
6.4.1.3 Perform experiments for
situations in which the
probabilities are known, compare
the resulting relative frequencies
with the known probabilities;
know that there may be
differences.
Lesson 12.2 (672-675)
6.4.1.4 Calculate experimental
probabilities from experiments;
represent them as percents,
fractions and decimals between 0
and 1 inclusive. Use
experimental probabilities to
make predictions when actual
probabilities are unknown.
Lesson 12.2 (672-675) Lesson 11.2 (632-635)