The answer to this is (-3,-5)
Using linear functions, it is found that the number of electronics that you need to sell for a larger income in option A is x > 200,000.
<h3>What is a linear function?</h3>
A linear function is modeled by:
y = mx + b
In which:
- m is the slope, which is the rate of change, that is, by how much y changes when x changes by 1.
- b is the y-intercept, which is the value of y when x = 0, and can also be interpreted as the initial value of the function.
Considering the <u>base salaries as the intercept and the commissions as the slope</u>, the functions are given by:
To produce a larger income in option A, it is needed that:
A(x) > B(x).
Hence:
10000 + 0.09x > 20000 + 0.04x
0.05x > 10000
x > 10000/0.05
x > 200,000
More can be learned about linear functions at brainly.com/question/24808124
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Answer: 1100 ounces because 20 × 30 + 10 × 50 = 1100
Step-by-step explanation:
Amount of honey contained in each large jar = 18 ounces
Number of large jar filled = 32
Total amount of honey in large jars:
= 18 ounces × 32
= 576 ounces
Amount of honey contained in each small jar = 12 ounces
Number of small jars filled = 46
Total amount of honey in small jars:
= 12 ounces × 46
= 552 ounces
The total amount of hones in the jars will be the addition of the honey in the small and large jars. This will be:
= 576 ounces + 552 ounces
= 1128 ounces
The most reasonable estimate will be:
1100 ounces because 20 × 30 + 10 × 50 = 1100
Answer:
a=6
Step-by-step explanation:
to find the value of a you need to simplify the equation first. so...
3(a+3)-6=21 (you remove the bracket first)
3a+9-6=21
3a+3=21 (you collect the like terms then)
3a=21-3
3a=18 (then you both divide both sides by 3 to find the value of a)
a=18/3
a=6
to check your answer substitute 3 instead of a
3(a+3)-6=21
3(6+3)-6=21
3(9)-6=21 (according to BODMAS since multiplication comes first you multiply 3 with 9 before subtracting it from 6.)
29-6=21
21=21
Answer:
<em>(c). </em>
<em> </em>
Step-by-step explanation:
The <u><em>cosine</em></u> is the <em>"x" coordinate</em> of the terminal point on the unit circle.
Thus the answer is <em>(c). </em>
