Algebra 1 Semester 2 Final Exam 24-25 Fields

Last updated 3 days ago

21 questions

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Algebra 1 Semester 2 Final Exam 24-25 Fields

Last updated 3 days ago

21 questions

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Graph the function g(x) = -5(x + 4)^{2} + 5

Instructions

Click a Graph tab (Graph 1, Graph 2, and so on) for each graph you need to plot.
Click on the graph background to add a point. Add two points to create a graph. Drag a point or type in x and y coordinates to edit its position. Click on a point to delete it.
After creating your graph, you can check the dashed line box.

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Please share whatever you'd like to share about this class, your effort, Mr. Fields, what helped, what didn't help, etc. Especially anything that helps Mr. Fields know what he does well, and what he can improve. Please be honest, and respectful.

Please write as much as you can. If your response is detailed, and done to the best of your ability, you may earn extra points. This IS required, but it is only worth extra points if done well.

0

OPTIONAL, but it would be cool if you did this...
If you have extra time, either draw the best picture you can on here, or grab supplies and draw a picture by hand. I plan on hanging up memorable ones, either because they're funny, they're high quality, or just because. (This is NOT required. If you blow me away, or make me laugh, I'll give you extra points)

Solve the system of linear equations. Check your solution

(6, -5)

(-5, 6)

(-6, 5)

(5, -6)

Solve the system of linear equations. Check your solution

(2, 1)

(-2, 1)

(10, 11)

(10, -11)

Find the sum (add them) (5y - 4) + (y + 9)

y + 10

4y - 13

6y - 4

6y + 5

Calculate the difference (subtract them) (-6x - x^{2} +8) - (-4 - 4x + 5x^2)

-6x^{2} - 2x + 12

-6x^{2} - 10x + 4

4x^{2} - 10x + 4

4x^{2} - 2x + 12

Graph the function g(x) = -5(x + 4)^{2} + 5

Instructions

Click a Graph tab (Graph 1, Graph 2, and so on) for each graph you need to plot.
Click on the graph background to add a point. Add two points to create a graph. Drag a point or type in x and y coordinates to edit its position. Click on a point to delete it.
After creating your graph, you can check the dashed line box.

Find the product (multiply) (m + 1)(m - 6)

m^{2} - 5m + 6

m^{2} + m - 6

m^{2} - 5m - 6

m^{2} - 6

Find the product

b^{2}+64

b^{2}+16b+64

b^{2}-64

b^{2}-16b+64

Simplify the expression. Write your answer using only POSITIVE exponents

c^3/d^5

-d^5/c^3

d^5/c^3

-c^3/d^5

Simplify the expression. Write your answer using only POSITIVE exponents.

c^6

1/c^6

c^12

c^2

Simplify the expression. Write your answer using only POSITIVE exponents.

-16t^16

1/2t^8

2t^8

16t^16

Factor the polynomial z^{2} + 9z + 20 completely. And select the ONE factor shown.

(z - 4)

(z + 5)

(z + 20)

(z + 9)

Factor the polynomial x^{2} - 11x + 24 completely. And select the ONE factor shown.

(x + 8)

(x + 3)

(x - 6)

(x - 8)

Factor the polynomial completely. And select the ONE factor shown.

Solve the equation (aka find x-int/zeroes/roots)

d = -\frac{3}{2}, d = 2

d = -2, d = 2

d = -\frac{2}{3}, d = \frac{1}{2}

d = \frac{2}{3}, d = -\frac{1}{2}

Solve the equation (aka find x-int/zeroes/roots) by completing the square, factoring, or quadratic equation

x = -7, x = -5

x = 5

x = 7, x = 5

no real solutions

Solve the equation (aka find x-int/zeroes/roots) x^{2} + 16x + 64 = 0. Complete the square, factor, or use the Quadratic Equation.

x = -8, x = 8

no real solutions

x = -8

x = 8

20. Solve the equation (aka find x-int/zeroes/roots) x^{2} + 8x - 7 = 0. Complete the square or use the Quadratic Equation.

x = -4 \pm \sqrt{23}

x = -1, x = -7

x = 4 \pm \sqrt{23}

x = -8 \pm \sqrt{23}

Please share whatever you'd like to share about this class, your effort, Mr. Fields, what helped, what didn't help, etc. Especially anything that helps Mr. Fields know what he does well, and what he can improve. Please be honest, and respectful.

Please write as much as you can. If your response is detailed, and done to the best of your ability, you may earn extra points. This IS required, but it is only worth extra points if done well.

OPTIONAL, but it would be cool if you did this...
If you have extra time, either draw the best picture you can on here, or grab supplies and draw a picture by hand. I plan on hanging up memorable ones, either because they're funny, they're high quality, or just because. (This is NOT required. If you blow me away, or make me laugh, I'll give you extra points)

Solve the system of linear equations. Check your solution

(6, -5)

(-5, 6)

(-6, 5)

(5, -6)

Solve the system of linear equations. Check your solution

(2, 1)

(-2, 1)

(10, 11)

(10, -11)

Find the sum (add them) (5y - 4) + (y + 9) 

y + 10

4y - 13

6y - 4

6y + 5

Calculate the difference (subtract them) (-6x - x^{2} +8) - (-4 - 4x + 5x^2) 

-6x^{2} - 2x + 12

-6x^{2} - 10x + 4

4x^{2} - 10x + 4

4x^{2} - 2x + 12

Find the product (multiply) (m + 1)(m - 6)

m^{2} - 5m + 6

m^{2} + m - 6

m^{2} - 5m - 6

m^{2} - 6

Find the product

Find the product

b^{2}+64

b^{2}+16b+64

b^{2}-64

b^{2}-16b+64

Simplify the expression. Write your answer using only POSITIVE exponents

c^3/d^5

-d^5/c^3

d^5/c^3

-c^3/d^5

Simplify the expression. Write your answer using only POSITIVE exponents.

c^6

1/c^6

c^12

c^2

Simplify the expression. Write your answer using only POSITIVE exponents.

-16t^16

1/2t^8

2t^8

16t^16

Factor the polynomial z^{2} + 9z + 20 completely. And select the ONE factor shown.

(z - 4)

(z + 5)

(z + 20)

(z + 9)

Factor the polynomial x^{2} - 11x + 24 completely. And select the ONE factor shown.

(x + 8)

(x + 3)

(x - 6)

(x - 8)

Factor the polynomial completely. And select the ONE factor shown.

(x − 7)

(2x + 7)

(x + 1)

(x + 7)

2

(2x − 7)

Solve the equation (aka find x-int/zeroes/roots)

Solve the equation (aka find x-int/zeroes/roots)

d = -\frac{3}{2}, d = 2

d = -2, d = 2

d = -\frac{2}{3}, d = \frac{1}{2}

d = \frac{2}{3}, d = -\frac{1}{2}

Solve the equation (aka find x-int/zeroes/roots) by completing the square, factoring, or quadratic equation

x = -7, x = -5

x = 5

x = 7, x = 5

no real solutions

Solve the equation (aka find x-int/zeroes/roots) x^{2} + 16x + 64 = 0. Complete the square, factor, or use the Quadratic Equation.

x = -8, x = 8

no real solutions

x = -8

x = 8

20. Solve the equation (aka find x-int/zeroes/roots) x^{2} + 8x - 7 = 0. Complete the square or use the Quadratic Equation.

x = -4 \pm \sqrt{23}

x = -1, x = -7

x = 4 \pm \sqrt{23}

x = -8 \pm \sqrt{23}