Download Approximate the square root to the nearest integer Approximate the

Approximate the square root
to the nearest integer
Approximate the square root
to the nearest integer
– 65
200
Tell whether each number in
the list belongs to the set of
real numbers, rational numbers,
irrational numbers, integers, and/or
whole numbers. Then order from
least to greatest:
49, 8,
Tell whether each number in
the list belongs to the set of
real numbers, rational numbers,
irrational numbers, integers, and/or
whole numbers. Then order from
least to greatest:
− 12,
− 3.7,
9, 2.9
Tell whether each number in
the list belongs to the set of
real numbers, rational numbers,
irrational numbers, integers, and/or
whole numbers. Then order from
least to greatest:
8
− , − 5, 2.6, − 1.5,
5
3
– 4,
−3
Tell whether each number in
the list belongs to the set of
real numbers, rational numbers,
irrational numbers, integers, and/or
whole numbers. Then order from
least to greatest:
25
−11.5, − 121, – 10,
,
144
2
Tell whether each number in
the list belongs to the set of
real numbers, rational numbers,
irrational numbers, integers, and/or
whole numbers. Then order from
least to greatest:
2
8, − , – 1, 0.6,
6
5
Tell whether each number in
the list belongs to the set of
real numbers, rational numbers,
irrational numbers, integers, and/or
whole numbers. Then order from
least to greatest:
Rewrite the conditional
statement in if-then form. Then tell
whether the statement is TRUE or
FALSE. If it is FALSE, give a
counterexample.
17
,
2
All whole numbers are real numbers.
−8.3,
− 80,
−
− 8.25,
− 100
Rewrite the conditional
statement in if-then form. Then tell
whether the statement is TRUE or
FALSE. If it is FALSE, give a
counterexample.
Rewrite the conditional
statement in if-then form. Then tell
whether the statement is TRUE or
FALSE. If it is FALSE, give a
counterexample.
All real numbers are irrational numbers.
No perfect squares are whole numbers.
Simplify
( x)
2
for x ≥ 0
using the definition of the square
root. Then verify your answer
using several values of x that are
perfect squares.