Answer:
So the statement:
"The product of two irrational numbers is rational." is false.
Step-by-step explanation:
The product of two irrationals can be irrational or rational.
Example:
is irrational but when you multiply it to itself the output is rational.
Example:
are irrational and when you multiply them you get an irrational answer of 
.
So the statement:
"The product of two irrational numbers is rational." is false.
To number 1 your answer is 100 + 5x < 300 because she wants to spend less than 300 and has to pay 5 dollars per hour, x, along with 100 for the day. to number 2 your answer is x < 40 bc when you subtract 100 from both sides you get 5x < 200 then divide both sides by 5 getting you x < 40
Answer:
The Ansewer is B.
I got it rigth.
Step-by-step explanation:
B) Josh misapplied the division property of exponents in Step 1.
Answer:
4.1 x 10 exponent 3
Step-by-step explanation:
2 times 2.05
then u get 4.1
then u divide the exponents and get 3
Imagine two planes: they can be parallel or not. If they are parallel, then they don't have common points, but your planes have common points P and Q.
So, you can conclude that these two planes are not parallel, then they should intersect. Two planes intersect <span>in a straight line and this line consists of all common points of both planes.
</span>
If planes are named BPQ (points B, P, Q do not lie on one straight line) and CPQ (points C, P, Q do not lie on one straight line), you can see two common points P and Q. Hence the intersection line must contain these two points and may be named as PQ (and points B and C do not lie on this line).
Answer: correct choice is C.
