For question 1, the largest value would be 1 and the smallest value would be -1. A, B, and C are either all 1 or two is negative and one is positive, either way the number is 1 and it's opposite. 1^2 is 1, 1^3 is 1, 1^4 is 1. The product is 1. -1^2 is -1, -1^3 is -1, -1^4 is -1. The product is -1. Now the difference. 1 - (-1), which is 1 + 1, the answer is [D) 2]
Answer:
m<G = 71
Step-by-step explanation:
Find x first
7x + 1 + 6x - 6 + 55 = 180
Combine like terms:
13x + 50 = 180
- 50 - 50
13x = 130
/13 /13
x = 10
Then apply to problem
7 (10) + 1
70 + 1
= 71
Answer:your question seems incomplete but if you looking to find the resulting equation to solve for temperature at a particular time you can use this 28t^2
Step-by-step explanation:
F'(t) = 7(0.8)t
Integrating the RHS
Temp= integral of f'(t)= 28t^2
Therefore, T(°c)= 28t^2
Answer:
(0, 5) and (5,0) are two possibilities.
Step-by-step explanation:
There is an infinite number of ordered pairs that satisfy your inequality.
To help you pick some ordered pairs, you could plot the inequality (see the graph below).
Any point within the shaded area is a solution.
Pick an ordered pair, insert it into the equation, and check if the inequality is true.
Here are two examples.
<em>For (5, 0</em>):
0 – 3×5 < 10
0 - 15 < 10
-15 < 10 True
<em>For (0, 5)</em>:
5 – 3×0 < 10
5 – 0 < 10
5 < 10 <em>True
</em>
The ordered pairs (0, 5) and (5,0) are part of the solution set of the equation y – 3x < 10.
Answer:
$8
Step-by-step explanation:
24 divided by 3 is 8. So $8 per movie ticket
