Answer:
Yes
Step-by-step explanation:
Simply plug in these values into our constraints and see if they work.
60 - 26(2) = 8
This meets the first constraint since 60 cards is 8 more than 2 times 26 packages.
Reiko can only spend $500 or less, so we have:
3(60) + 7(26) ≤ 500
180 + 182 ≤ 500
362 ≤ 500
This statement is in fact, correct.
Therefore, Reiko is able to mail 60 cards and 26 packages.
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A tangent meets with the radius to form a right angle
Thus, we can use Pythagoras' theorem
b^2 = c^2 - a^2
Sub the values in:
b^2 = 5^2 - 3^2
b^2 = 16
Square root for the answer:
b = 4
Thus, the answer is option A.
Have A Nice Day ❤
Stay Brainly! ヅ
- Ally ✧
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The answer is D because you would multiply 6 to every number in the equation 6 time 5 + 6 times 3<span />
To find the perimeter, the equation is (w2 + l2 = p)
Where w is width and l is length and p is perimeter.
If you have the width, then you double it for both widths.
Then subtract that number from the perimeter.
150-60 = 90
90 is the remaining number for the lengths. Since both lengths needs to be equal, you split the 90. 45.
You length equals 45.
45(2) + 30(2) = Perimeter of 150.
Your answer is 45.
Answer:
Input
Independent variable
Step-by-step explanation:
we know that
<u>Independent variables</u>, are the values that can be changed or controlled in a given model or equation
<u>Dependent variables</u>, are the values that result from the independent variables
we have the function
In this problem
This is a proportional relationship between the variables d and t
The function d(t) represent the dependent variable or the output
The variable t represent the independent variable or input
