Question

Help please

Answer 1

Given the two expressions shown below:

a. \[\sqrt{4}+\sqrt{25}\]
b. \[\sqrt{4}+\sqrt{9}\]
Which statement best describes the two expressions?

Answer 2

a. Both are rational.
b Both are irrational.
c. A is rational, but B is irrational.
d. A is irrational, but B is rational.

Answer 3

you must know that:
~ \(\large\color{black}{ 2 \times 2=4 }\)
~ \(\large\color{black}{ 3 \times 3=9 }\)
~ \(\large\color{black}{ 5 \times 5=25 }\)

Answer 4

ok

Answer 5

how would you simplify your expressions? (if confused, I will give an example)

Answer 6

\[\sqrt{29} and \sqrt{13}\]

Answer 7

Here is my question for you, can you tell us what a rational number is?

Answer 8

For example if I had: \(\large\color{blue}{ \sqrt{16}+\sqrt{36} }\)

then I know that: \(\large\color{black}{ 4 \times 4=16 }\) and \(\large\color{black}{ 6 \times 6=36 }\)

So, \(\large\color{blue}{ \sqrt{16}+\sqrt{36} ~~~\Rightarrow 4+6=10 }\)

Answer 9

Fibo, I know what I am doing:)

Answer 10

a number that can be expressed as a ratio of two numbers, including decimals that terminate or repeat.

Answer 11

and certainly that an integer is a rational number.

Answer 12

rational numbers include intergers, whole, and natural numbers

Answer 13

yes, they do;)

Answer 14

So, what can you tell me about:

1) \(\large\color{blue}{ \sqrt{4}+\sqrt{25} \\ }\)
2) \(\large\color{blue}{ \sqrt{4}+\sqrt{9} }\)

Answer 15

2+5
and
2+3 ?

Answer 16

yes.

Answer 17

and that is same as:
7
and
5

Answer 18

so both are rational?

Answer 19

yup

Answer 20

Thank you so much! 1 don't know what 1 would do without you!

Answer 21

you welcome:)