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Laabri

Unit 2 Test: Solving Equations

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Last updated almost 4 years ago
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1.

HONOR CODE STATEMENT:

I affirm that this exam represents my own work, without the use of any unpermitted aids or resources. I understand that there will no tolerance towards academic dishonesty, and that cheating may lead to automatic failure on this assessment, as well as being reported to the administration.

Asemmisa {{asɛmmisaAhyɛnsode}}
2.

Solve the equation, if possible. Show your work on the follow along sheet for potential partial credit.

Type your answer as a fraction, if necessary.

Asemmisa {{asɛmmisaAhyɛnsode}}
3.

Solve the equation, if possible. Show your work on the follow along sheet for potential partial credit.

Type your answer as a fraction, if necessary.

Asemmisa {{asɛmmisaAhyɛnsode}}
4.

Solve the equation, if possible. Show your work on the follow along sheet for potential partial credit.

Your answer can be in decimal form. This time........ 😄

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5.

Solve the equation, if possible. Show your work on the follow along sheet for potential partial credit.

Type your answer as a fraction, if necessary.

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6.

Solve the proportion using cross products. Show your work on the follow along sheet for potential partial credit.

Type your answer as a fraction, if necessary.

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7.

Solve the proportion using cross products. Show your work on the follow along sheet for potential partial credit.

Type your answer as a fraction, if necessary.

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8.

The following problems are solved correctly. Select the equation that has no solution:

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9.

Solve for x.

Write the entire equation in the answer box. Show your work on the follow along sheet for full credit.

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10.

Solve for h.

Write the entire equation in the answer box. Show your work on the follow along sheet for full credit.

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11.

Write the equation in function form (y = ....). Answers should have separated, simplified variables and constant terms. If necessary, MUST USE FRACTIONS in simplified form.

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12.

Write the equation in function form (y = ....). Answers should have separated, simplified variables and constant terms. If necessary, MUST USE FRACTIONS in simplified form.

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13.

The membership fee for joining a bike club is $125. The club charges members $6 per day to rent a bike. Non-members of the club are charged $11 per day to rent a bike. After how many days is the cost to rent a bike for members, including the membership fee, the same as the cost to rent a bike for non-members?

Define your variable and what it represents. Use x as your variable.

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14.

The membership fee for joining a bike club is $125. The club charges members $6 per day to rent a bike. Non-members of the club are charged $11 per day to rent a bike. After how many days is the cost to rent a bike for members, including the membership fee, the same as the cost to rent a bike for non-members?

Write the algebraic equation to represent the situation.

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15.

The membership fee for joining a bike club is $125. The club charges members $6 per day to rent a bike. Non-members of the club are charged $11 per day to rent a bike. After how many days is the cost to rent a bike for members, including the membership fee, the same as the cost to rent a bike for non-members?

Answer the question with a compete sentence.