The correct answer is:
The degree of the polynomial is 4 and the maximum number of terms is 9.
Explanation:
Multiplying the terms of each trinomial that have the largest degree, we are multiplying x²(x²); this gives us x⁴. This means the degree of the trinomial, the largest degree of all terms, is 4.
Without multiplying through, we know we will multiply each term of the first trinomial by each term of the second one. This means that, if no terms are like to combine, we could have 3(3) = 9 terms.
The cost of ground beef per meal is $1.24.
To find the cost of ground beef per meal, we first need to convert the total weight of the package from pounds to ounces. Since there are 16 ounces in a pound, a 5-pound package of ground beef is equal to 80 ounces. Next, we divide the cost of the package ($12.40) by the total number of ounces (80) to find the cost per ounce.
This calculation gives us $0.155 per ounce. Finally, since Mrs. Jacobsen is using 8 ounces each day for dinner recipes, we multiply the cost per ounce ($0.155) by the number of ounces used per meal (8) to find the cost of ground beef per meal. The cost of ground beef per meal is $1.24.
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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:
The number that is one hundred more than 700 is 800.
Step-by-step explanation:
math
2 + H = 7.50 ( H is the # of hours after the 1st hour)
2 + H = 7.50
(-2 from both sides)
——————-
H = 5.50
5.50 plus the first hour equals 6.5 hours
He can park there for 6 and a half hours