Chapter 10 Individual Test

Last updated almost 6 years ago

13 questions

Chapter 10 Individual Test

Last updated almost 6 years ago

13 questions

Which of the following is NOT a chord of this circle.

Name a TANGENT line for this circle.
Use 2 letters.

Name a SECANT line for this circle.
Use 2 letters.

Name a CENTRAL angle that is drawn on this circle.
Use 3 letters. (example: <ABC )
Do not create your own - only look at the angles already drawn on this circle.

Name an INSCRIBED angle that is drawn on this circle.
Use 3 letters. (example: <ABC )
Do not create your own - only look at the angles already drawn on this circle.

Which of these is NOT an example of a Major Arc?

Solve for x.
Only give the numerical answer. Do not write x = in your answer

Solve for X and Y in this diagram.
Input your answer like this: 20, 25
The first number should be your answer for X. Then a comma, then a space, then your answer for Y.

If AP = 4, PD = 12, BP = 6,
Solve for PC.
Give your answer as a number only, do not say PC = ...

BC is tangent to circle A.
Solve for AC.
Give your answer as a number only. Round to hundredths place (2 spots after decimal point).

The WI Literacy Council conducted a survey of 175 people and started to create the two-way table.
Finish the table and find the totals for the table FIRST.
Then decide whether {reading fiction novels} and {female} are associated or not.

Write out your work. It should look like this....

P(reading fiction novels) = 12/20 = 0.6
P(reading fiction novels given female) = 5/13 = 0.38
These ARE/ARE NOT associated because ...

Chapter 10 Individual Test

Chapter 10 Individual Test

Which of the following is NOT a chord of this circle.

Name a TANGENT line for this circle.
Use 2 letters.

Name a SECANT line for this circle.
Use 2 letters.

Name a CENTRAL angle that is drawn on this circle.
Use 3 letters. (example: <ABC )
Do not create your own - only look at the angles already drawn on this circle.

Name an INSCRIBED angle that is drawn on this circle.
Use 3 letters. (example: <ABC )
Do not create your own - only look at the angles already drawn on this circle.

Which of these is NOT an example of a Major Arc?

Solve for x.
Only give the numerical answer. Do not write x = in your answer

Solve for X and Y in this diagram.
Input your answer like this: 20, 25
The first number should be your answer for X. Then a comma, then a space, then your answer for Y.

If AP = 4, PD = 12, BP = 6,
Solve for PC.
Give your answer as a number only, do not say PC = ...

BC is tangent to circle A.
Solve for AC.
Give your answer as a number only. Round to hundredths place (2 spots after decimal point).

How many different possible ways can seven runners finish a race in 1st, 2nd, 3rd, or 4th place?

For this race, the first four finishers (of the seven total runners) each win the same participation medal.
How many different ways could this happen?

Which of the following is NOT a chord of this circle.

Name a TANGENT line for this circle.
Use 2 letters.

Name a SECANT line for this circle.
Use 2 letters.

Name a CENTRAL angle that is drawn on this circle.
Use 3 letters. (example: <ABC )
Do not create your own - only look at the angles already drawn on this circle.

Name an INSCRIBED angle that is drawn on this circle.
Use 3 letters. (example: <ABC )
Do not create your own - only look at the angles already drawn on this circle.

Which of these is NOT an example of a Major Arc?

Solve for x.
Only give the numerical answer. Do not write x = in your answer

Solve for X and Y in this diagram.
Input your answer like this: 20, 25
The first number should be your answer for X. Then a comma, then a space, then your answer for Y.

If AP = 4, PD = 12, BP = 6,
Solve for PC.
Give your answer as a number only, do not say PC = ...

BC is tangent to circle A.
Solve for AC.
Give your answer as a number only. Round to hundredths place (2 spots after decimal point).

How many different possible ways can seven runners finish a race in 1st, 2nd, 3rd, or 4th place?

For this race, the first four finishers (of the seven total runners) each win the same participation medal.
How many different ways could this happen?

Chapter 10 Individual Test

Chapter 10 Individual Test

Which of the following is NOT a chord of this circle.

Name a TANGENT line for this circle.Use 2 letters.

Name a SECANT line for this circle. Use 2 letters.

Name a CENTRAL angle that is drawn on this circle.Use 3 letters. (example: <ABC )Do not create your own - only look at the angles already drawn on this circle.

Name an INSCRIBED angle that is drawn on this circle.Use 3 letters. (example: <ABC )Do not create your own - only look at the angles already drawn on this circle.

Which of these is NOT an example of a Major Arc?

Solve for x. Only give the numerical answer. Do not write x = in your answer

Solve for X and Y in this diagram.Input your answer like this: 20, 25 The first number should be your answer for X. Then a comma, then a space, then your answer for Y.

If AP = 4, PD = 12, BP = 6, Solve for PC.Give your answer as a number only, do not say PC = ...

BC is tangent to circle A.Solve for AC.Give your answer as a number only. Round to hundredths place (2 spots after decimal point).

How many different possible ways can seven runners finish a race in 1st, 2nd, 3rd, or 4th place?

For this race, the first four finishers (of the seven total runners) each win the same participation medal.How many different ways could this happen?

Which of the following is NOT a chord of this circle.

Name a TANGENT line for this circle.Use 2 letters.

Name a SECANT line for this circle. Use 2 letters.

Name a CENTRAL angle that is drawn on this circle.Use 3 letters. (example: <ABC )Do not create your own - only look at the angles already drawn on this circle.

Name an INSCRIBED angle that is drawn on this circle.Use 3 letters. (example: <ABC )Do not create your own - only look at the angles already drawn on this circle.

Which of these is NOT an example of a Major Arc?

Solve for x. Only give the numerical answer. Do not write x = in your answer

Solve for X and Y in this diagram.Input your answer like this: 20, 25 The first number should be your answer for X. Then a comma, then a space, then your answer for Y.

If AP = 4, PD = 12, BP = 6, Solve for PC.Give your answer as a number only, do not say PC = ...

BC is tangent to circle A.Solve for AC.Give your answer as a number only. Round to hundredths place (2 spots after decimal point).

How many different possible ways can seven runners finish a race in 1st, 2nd, 3rd, or 4th place?

For this race, the first four finishers (of the seven total runners) each win the same participation medal.How many different ways could this happen?

Name a TANGENT line for this circle.
Use 2 letters.

Name a SECANT line for this circle.
Use 2 letters.

Name a CENTRAL angle that is drawn on this circle.
Use 3 letters. (example: <ABC )
Do not create your own - only look at the angles already drawn on this circle.

Name an INSCRIBED angle that is drawn on this circle.
Use 3 letters. (example: <ABC )
Do not create your own - only look at the angles already drawn on this circle.

Solve for x.
Only give the numerical answer. Do not write x = in your answer

Solve for X and Y in this diagram.
Input your answer like this: 20, 25
The first number should be your answer for X. Then a comma, then a space, then your answer for Y.

If AP = 4, PD = 12, BP = 6,
Solve for PC.
Give your answer as a number only, do not say PC = ...

BC is tangent to circle A.
Solve for AC.
Give your answer as a number only. Round to hundredths place (2 spots after decimal point).

For this race, the first four finishers (of the seven total runners) each win the same participation medal.
How many different ways could this happen?

Name a TANGENT line for this circle.
Use 2 letters.

Name a SECANT line for this circle.
Use 2 letters.

Name a CENTRAL angle that is drawn on this circle.
Use 3 letters. (example: <ABC )
Do not create your own - only look at the angles already drawn on this circle.

Name an INSCRIBED angle that is drawn on this circle.
Use 3 letters. (example: <ABC )
Do not create your own - only look at the angles already drawn on this circle.

Solve for x.
Only give the numerical answer. Do not write x = in your answer

Solve for X and Y in this diagram.
Input your answer like this: 20, 25
The first number should be your answer for X. Then a comma, then a space, then your answer for Y.

If AP = 4, PD = 12, BP = 6,
Solve for PC.
Give your answer as a number only, do not say PC = ...

BC is tangent to circle A.
Solve for AC.
Give your answer as a number only. Round to hundredths place (2 spots after decimal point).

For this race, the first four finishers (of the seven total runners) each win the same participation medal.
How many different ways could this happen?