Answer:
1st: 0 solutions
2nd: infinitely many solutions
3rd: 1 solution
Step-by-step explanation:
1st: add both equations and the result is 0 = 4 ⇒ inconsistent, no solution
2nd: add both equations and the result is 0 = 0 ⇒ it's true, for all x and y values
3rd: add both equations and obtain: 16x = 32 ⇒ x = 2,
then if you want to obtain y, replace x in any of both equations.
Conclusion is that only 1 solution (x = 2 and a unnique value for y) is obtained.
Answer:
Step-by-step explanation:
fish population changs over time. The population is changed by birth, death,
and migration of fish. While the supply of fish (population growth) can be
modeled with a linear equation, so can the demand of fish (the amount caught).
In one commercial venture, fishermen recorded their daily catch in an ocean
fishery. Using their data, the demand model for the total number y of fish caught
for x days is y = 349x + 50. What is the meaning of the slope?
Using linear function concepts, it is found that the slope of 349 means that each day, the number of fish caught increases by 349.
A linear function is modeled by:
In which:
In this problem, the equation for the number of fish caught after x days is given by:
The slope is of 349, which means that each day, the number of fish caught increases by 349.
You can learn more about linear function concepts at brainly.com/question/16302622
-6
B.
6
C.
20
D.
-20
help help help
Answer:
B. Bertha's dive ended 6 times farther than Vernon's dive.
Step-by-step explanation:
We have that,
Bertha's dive ended -24 m from that starting point.
Vernon's dive ended -4 m from that starting point.
So, we get that,
Bertha's end point = 6 × Vernon's end point
i.e. -24 = 6 × (-4)
So, we see that,
Bertha's dive ended 6 times farther than Vernon's dive.
x^5/3
x^9/15
x^15/9
The correct answer would be a. x^3/5