Complete the statement about the tables below. Then, choose a rule for each.? x y
0 5
1 7.5
2 11.25

This table represents a(n)
relationship.
{quadric}
{exponitial}
{absoloute value}
{linear}

Rule:

Rule:
y = |1.5x + 5|
Rule:
y = 2.5x + 5
Rule:
y = 5(1.5)ˣ
Rule:
y = 1.5x² + 5



x y
0 -6
1 12
2 30

This table represents a(n) absolute value
relationship.

This table represents a(n) linear
relationship.

This table represents a(n) exponential
relationship.

This table represents a(n) quadratic
relationship.

Achemist has 200 ml of a 10% sucrose solution. she adds x ml of a 40% sucrose solution. the percent concentration, y, of the final mixture is given by the rational function: the chemist needs the concentration of the final mixture to be 30%. how many milliliters of the 40% solution should she add to the 10% solution to get this concentration?

The dolphins at the webster are fed 1/2 of a bucket of fish each day the sea otters are fed 1/2 as much fish as the dolphins how many buckets of fish are the sea fed each day? simplify you answer and write it as a proper fraction or as a whole or mixed number

1- is the product of two rational numbers irrational or rational? first, make a hypothesis by multiplying two rational numbers. then, use variables such as x=a/b and y=c/d and the closure property of integers to prove your hypothesis. 2- what do you think the product of a nonzero rational number and an irrational number is? is it rational or irrational? make use of variables, the closure property of integers, and possibly a proof by contradiction to prove your hypothesis. 3- why do we have to specify that the rational number must be nonzero when we determine what the product of a nonzero rational number and an irrational number is? if the rational number were 0, would it give us the same result we found in part b?