Step-by-step explanation:
A and B I believe that's the correct answer
Answer:
a and b
Step-by-step explanation:
B) prove algebrically that your solution is (your birth year, your birth month) by subsituition or elimination.
C) verify algebrically that your point (birth year, birth month) is the solution to your system of equations
Answer:
A) See below
B) (7,11)
C) (7,11)
Step-by-step explanation:
Part B:
I chose the example (7,11)
y = 1/7x + 10
y = 2x -3
I am going to use substation and set the equations equal to each other and solve for x.
1/7 x + 10 = 2x - 3 Subtract 1/7x from both sides
10 = 2x - 1/7 x -3
10 = 14/7 x - 1/7 x - 3
10 = 13/7 x - 3 Add 3 to both sides
13 = 13/7 x multiply both sides by 7/13
7 = x
Substitute 7 for x in either of the original equations
y = 2x - 3
y = 2(7) - 3
y = 11
The solution is (7,11)
Part C - Check:
y = 1/7x + 10
11 = 1/7(7) + 10
11 = 1 + 10
11 = 11 checks
y = 2x - 3
11 = 2(7) - 3
11 = 14 - 3
11 = 11 checks
Helping in the name of Jesus.
5 cup of banana slice
8
2 cup of blueberries
8
Part A
Camille wants to make six drinks for her friends.How many total cups of blueberries and banana slices will she use to make the 6 drinks?Show your work
A:7
b. 12
c. 30
d. 42
8. 8. 8. 8
Part B
Next Camille will add the yogurt and ice.how many yogurt and ice will she use to make 6 drinks?Show your work or explain your answer.
Enter your answer and work or explanation in the space provided.
1. Find the least squares regression equation using the school year (in number of years after 2000) for the input variable and the average cost (in thousands of dollars) for the output variable. (Hint: USE DESMOS) 2pts
2. What is the best estimate for the average cost of tuition at a 4-year institution starting in 2000. (Hint: look at the y-intercept). 2pts
3. What is the best estimate for the average cost of tuition at a 4-year institution starting in 2020. (Hint: Use the graph from desmos, or your equation from part A). 2pts
4. What does the slope mean in context of the situation? 2 pts
5. Most students are not able to afford this tuition for 4 years. What are some ways that you can lower the cost of your college tuition? If you don’t plan to attend college, what things can do you post- HS graduation to continue your education or provide for yourself financially? (2pts)
Hello,
Please, see the attached files.
Thanks.
The largest scale map is indicated by the representative fraction 1:1. Option A is correct.
In cartography, the representative fraction (RF) of a map indicates the scale of the map, specifically the ratio between a distance on the map and the corresponding distance on the Earth's surface. A larger RF value means a larger scale map, which represents smaller areas with more detail.
Now, let's compare the given options:
1. 1:1 - This RF means that one unit on the map represents one unit on the ground, essentially a one-to-one scale. It doesn't get any larger than this, so this is the largest scale possible.
2. 1:0 - This doesn't make sense in cartography because you cannot represent the Earth's surface with zero on one side of the ratio. It's an invalid option.
3. 1:1,000,000 - This RF indicates that one unit on the map represents one million units on the ground. This is a much smaller scale compared to 1:1, so it represents a much larger area with less detail.
4. 1:24,000 - This RF means that one unit on the map represents 24,000 units on the ground. While this is a larger scale than 1:1,000,000, it is still smaller than 1:1, which is the largest scale.
In summary, the largest scale map is represented by 1:1. Option A is the answer.
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Answer:
The representative fraction (RF) of a map indicates the scale of the map. In a representative fraction, the first number represents a unit of measurement on the map, and the second number represents the corresponding unit of measurement in the real world.
Among the options provided, a larger scale map would have a smaller second number because it means that one unit of measurement on the map represents a smaller unit of measurement in the real world. So, the largest scale map in the given options is:
1:24,000
In this case, 1 unit on the map represents 24,000 units in the real world, indicating a very detailed and large-scale representation of the area.