Is the turning point app free?
(This is a free App, available for iOS and Android). See logo below.
How do I subscribe to a turning point?
NOTE
- Go to www.turningtechnologies.com and Sign In to your account. The profile page displays.
- Do one of the following under the Subscriptions section: If you have already purchased a subscription code, enter the Subscription Code and click Redeem. NOTE. A subscription code could have come within the ResponseCard box.
What is a QT2 clicker?
The QT2 is an audience response device used when a presenter wants to gather immediate feedback from the audience. Numeric Response – Numeric Response questions require a numeric value to be entered. Use the number pad to enter your answer and press OK to submit your answer choice.
What is a QT device used for?
The QT Device is an audience response device used when a presenter wants to gather immediate feedback from the audience. Response questions require a numeric value to be entered. Use the number pad to enter your answer and press OK to submit your answer choice.
How do I reset my Turning Technologies clicker?
To reset your clicker, take the batteries out of the back of the clicker and replace them. If you do not have a small screwdriver to do it, you can bring your clicker to Faculty Technology Center in Frey Computing Services room 101 (across from the Dairy Store, or down Tower Dr. from the Union).
What are turning points?
A turning point is a specific, significant moment when something begins to change. Historians might say that Rosa Parks’s famous bus protest was a turning point in the Civil Rights Movement. Looking back at historical events, it’s fairly easy to mark various turning points.
What do you call the turning point of a story?
The climax (from the Greek word κλῖμαξ, meaning “staircase” and “ladder”) or turning point of a narrative work is its point of highest tension and drama, or it is the time when the action starts during which the solution is given. The climax of a story is a literary element.
How do you prove maximum points?
Method 1: If f'(x)>0 for all amaximum at x=c. If f'(x)<0 for all a0 for all c