Answer:
Yes
Step-by-step explanation:
Find the square root of two between the two numbers
The square root of 2 adds up to the number 1.4
Square root is multiplied twice x2, y2
If you check the answer you'll get that 1.4 is the square root of 2
<em>Multiple 1.4x1.4</em>
<em>You will get 1.96 and since it's a six in the ones spot you'll round up to 2 </em>
Answer:
B. False, because the description applies to a single solution. The solution set consists of all possible solutions.
Step-by-step explanation:
The choice of <em>true</em> or <em>false</em> revolves around whether a linear system can have more than one solution.
The problem statement does not say the equations are <em>independent</em>, a condition that must be satisfied if there is to be only one solution. Hence we must assume that the system may be dependent or even inconsistent, leading to zero, one, or an infinite number of solutions. The answer above carries its own explanation.
False, for the reason given
Answer:
17~18%
Step-by-step explanation:
divide 250 by 17
=17.8571428571
A rational function has no horizontal asymptote when the degree of the numerator is greater than the denominator.
In other words, where the numerator has a higher exponent than the denominator.
Answer:
C) exponent on top is 2, exponent on bottom is 1
Answer:
10 classes
Step-by-step explanation:
Ok, so to solve this we have to make two different equations. we can say 60x = y, or $60 per month, and 6a = b, or $6 per walk in. Since we want the options to end up costing the same, we can say that y = b. With substitution, we get that 60x, (60 per month) = 6a (6 per drop in). The question says we have 1 month, so x = 1. This means we have 60 = 6a, and a = 10 (10 classes).