Hi Sabra
2 3/4+ 3 1/5
= 5 19/20
I hope that's help ! Your answer for number 16 is incorrect
Sorry I don't know the answer for number 17 but I hope that's help.
Answer:
Yes, n = -2.9 is a solution to the given inequality.
Step-by-step explanation:
To determine if n = -2.9 is a solution to the inequality 10.4 ≥ -2n + 4.6, substitute the value of n into the inequality.
10.4 ≥ -2(-2.9) + 4.6
10.4 ≥ 5.8 + 4.6
10.4 ≥ 10.4
Since the last line of the inequality states that 10.4 is greater than or equal to 10.4, which is true, this means that the original inequality holds true when n = -2.9.
So, n = -2.9 is a valid solution to the inequality 10.4 ≥ -2n + 4.6.
Answer:
Step-by-step explanation: what grade r u in and also help me with my homeork
They share the tips in the ratio 1:3:5.
How much more does Brian get over Paul?
Problem 1
The end behavior of y = 8x^4 is:
In either case, y approaches positive infinity. This end behavior is the same as a parabola that opens upward. This applies to any even degree polynomial.
Informally we can describe the end behavior as: "Both endpoints rise up forever".
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Problem 2
The end behavior of y = -49 + 5x^4 + 3x is the exact same as problem 1. Why? Because the degree here is 4. The degree is the largest exponent.
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Problem 3
For this problem we have the polynomial y = -x^5 + 5x^4 + 5
This time the degree is 5, which is an odd number.
The end behavior would be
Informally, we can state the end behavior as "Rises to the left, falls to the right".
The endpoints go in opposite directions whenever the degree of the polynomial is odd. Think of a cubic graph. The "falls to the right" is due to the negative leading coefficient.
I strongly recommend using a TI83, TI84, Desmos, or GeoGebra to graph out each polynomial so you can see what the end behavior is doing.