Want to create interactive content? It’s easy in Genially!

Get started free

Geometry 1

Steven Thomas

Created on September 27, 2024

Covers Logic and Venn Diagrams

Start designing with a free template

Discover more than 1500 professional designs like these:

Christmas Spirit Test

Corporate Icebreaker

Retro Bits Quiz

Sailboat quiz

Sailboat Quiz Mobile

Bomb Quiz

Witchcraft Quiz

Transcript

REview

Game

Answer the questions correctly and put down the tiles as instructed. A right answer will drive you from the Green Tile to the Red Tile. An incorrect answer may give you a road block. You will reach the end of the track once you see the CONGRATULATIONS screen.

START

QUESTION A

Directions: Write the bolded statement using symbols.Let p be "an angle's measure is 87 degrees and Let q be "the angle is an acute angle." If an angle's mearsure is 87 degrees, then it is an acute angle.

p ꓦ q

p ꓥ q

p -> q

Put down a blue tile in the path of the car. PLACE YOUR CAR ON THE GREEN TILE TO START AND WATCH WHAT HAPPENS. GO TO THE NEXT QUESTION.

NEXT

NEXT

QUESTION B

Find the contrapositive of the bolded statement: If the temperature is 25 degrees, then it is below freezing.

If the temperature is not below freezing, then the temperature is not 25 degrees.

If the temperature is below freezing, then the temperature is 25 degrees.

If the temperature is not 25 degrees, then it is not below freezing

QUESTION 1

Directions: Write the bolded statement using symbols.Let p be "an angle's measure is 87 degrees. Let q be "the angle is an acute angle." If an angle's mearsure is not 87 degrees, then it is not an acute angle.

NEXT

PUT DOWN A PINK TILE IN THE PATH OF THE CAR. PLACE YOUR CAR ON THE GREEN TILE TO START AND WATCH WHAT HAPPENS. GO TO THE NEXT QUESTION

NEXT

NEXT

QUESTION D

Find the converse of the bolded statement:If it is March 17th, then it is St. Patrick's Day.

If it is not St. Patrick's Day, then it is not March 17th.

If it is St. Patrick's Day, then it is March 17th.

If it is not March 17th, then it is St. Patrick's Day.

QUESTION 2

Find the converse of the bolded statement: If you have a library card, then you can check out books.

If you do not have a library card, then you can not check out books.

If you can not check out books, then you do not have a library card.

If you can check out books, then you have a library card.

NEXT

PUT DOWN AN YELLOW TILE IN THE PATH OF THE CAR. PLACE YOUR CAR ON THE GREEN TILE AND WATCH WHAT HAPPENS. GO TO THE NEXT QUESTION.

NEXT

NEXT

QUESTION F

Find the inverse of the bolded statement:If it is daylight savings time, then I will reset my clocks.

If it is not daylight savings time, then I will not reset my clocks

If I reset my clock, then it is daylight savings time.

If I do not reset my clock, then it is not daylight savings time.

QUESTION 3

Apply the law of contrapostive to the inverse of the bolded statement. If the shape is a square then the shape is a rectangle.

If the shape is a rectangle, then the shape is a square.

If the shape is not a square then the shape is not a rectangle.

If the shape is not a rectangle, then the shape is not a square.

NEXT

PUT DOWN A ORANGE TILE IN THE PATH OF THE CAR. PLACE YOUR CAR ON THE GREEN TILE AND WATCH WHAT HAPPENS. GO TO THE NEXT QUESTION.

NEXT

PUT DOWN A PURPLE TILE IN THE PATH OF THE CAR. PLACE YOUR CAR ON THE GREEN TILE AND WATCH WHAT HAPPENS. GO TO THE NEXT QUESTION.

NEXT

PUT DOWN A red TILE IN THE PATH OF THE CAR. PLACE YOUR CAR ON THE GREEN TILE AND WATCH WHAT HAPPENS. GO TO THE NEXT QUESTION.

NEXT

OOPS!

LOOKS LIKE YOU STALLED. REMOVE THE tile AND try again.

NEXT

QUESTION H

Using the Venn Diagram, How many students have a driver's license and take college classes?

133 students

31 students

242 students

PUT DOWN A TEAL TILE IN THE PATH OF THE CAR. PLACE YOUR CAR ON THE GREEN TILE AND WATCH WHAT HAPPENS. GO TO THE NEXT QUESTION.

NEXT

NEXT

QUESTION i

What relationship is shown using the Venn Diagram?

Some dimes are coins.

All dimes are coins.

All coins are dimes.

PUT DOWN A BLUE TILE IN THE PATH OF THE CAR. PLACE YOUR CAR ON THE GREEN TILE AND WATCH WHAT HAPPENS. GO TO THE NEXT QUESTION.

NEXT

NEXT

QUESTION j

Use the Law of Detachment to give a valid conclusion.Given: If you visit Paris, then you will see the Effiel Tower. You did not see the Effiel Tower.

Conclusion: The Effiel Tower was under construction.

Conclusion: No valid conclusion.

Conclusion: You didnt go to Paris.

PUT DOWN A ORANGE TILE IN THE PATH OF THE CAR. PLACE YOUR CAR ON THE GREEN TILE AND WATCH WHAT HAPPENS. GO TO THE NEXT QUESTION.

NEXT

NEXT

QUESTION k

Use Law of Syllogism to draw a valid conclusion:If a quadrilateral is a square, then it has four right angles. If a quadrilateral has four right angles, then it is a rectangle.

Conclusion: If a quadrilateral is a square, then it is a rectangle.

Conclusion: If the quadrilateral is a rectangle, then it is a square.

Conclusion: No valid conclusion.

PUT DOWN A PINK TILE IN THE PATH OF THE CAR. PLACE YOUR CAR ON THE GREEN TILE TO START AND WATCH WHAT HAPPENS. GO TO THE NEXT QUESTION

NEXT

PUT DOWN A RED TILE IN THE PATH OF THE CAR. PLACE YOUR CAR ON THE GREEN TILE AND WATCH WHAT HAPPENS. GO TO THE NEXT QUESTION.

NEXT

PUT DOWN A PURPLE TILE IN THE PATH OF THE CAR. PLACE YOUR CAR ON THE GREEN TILE AND WATCH WHAT HAPPENS. GO TO THE NEXT QUESTION.

NEXT

OOPS!

LOOKS LIKE YOU STALLED. REMOVE THE tile AND try again.

NEXT

QUESTION L

Using the Law of Syllogism, determine a valid conclusion. If a number ends in 0, then it is divisible by 10. If a number ends in 5, then it is divisible by 5.

Conclusion: If the number is 10, then it ends in a 0.

Conclusion: If the number ends in 0 then it is divisible by 5.

Conclusion: No valid conclusion

PUT DOWN A GREEN TILE IN THE PATH OF THE CAR. PLACE YOUR CAR ON THE GREEN TILE AND WATCH WHAT HAPPENS. GO TO THE NEXT QUESTION.

NEXT

NEXT

QUESTION M

What set represents A ∩ B from the Venn Diagram shown?

{4}

{1,2,3,4,5}

{1,2,3,5}

NEXT

congratulations!

you have reaced the end of the track. great job!

PUT DOWN A GREEN TILE IN THE PATH OF THE CAR. PLACE YOUR CAR ON THE GREEN TILE AND WATCH WHAT HAPPENS. GO TO THE NEXT QUESTION.

NEXT