FW: [EXTERNAL] [tinspire] Rovers in Calculus

[Chhaya, Harshal S.]

 

Sharing on this group to reach more folks who might have suggestions for Ellen.

 

See her question below…

 

Regards,

- Harshal

 

 

 

From: tins...@googlegroups.com <tins...@googlegroups.com> On Behalf Of Ellen Browne
Sent: Thursday, February 13, 2025 8:06 AM
To: tins...@googlegroups.com
Subject: [EXTERNAL] [tinspire] Rovers in Calculus

 

Hi All, I recently demoed the rover to a math department and the calculus teacher wanted some ideas on using rovers in her class. Suggestions welcome!  Thanks Ellen Browne -- -- To post to this group, send email to tinspire@ googlegroups. com

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Hi All,

I recently demoed the rover to a math department and the calculus teacher wanted some ideas on using rovers in her class. Suggestions welcome! 

Thanks

Ellen Browne

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[Sean Bird]

If they are doing AP Calculus BC, doing polar graphs is really fun to do with the rover.

 

Euler's method (Hidden Figures scene not really ancient) is also essentially how the rovor can be programmed to move: Turn an angle move delta x, get new slope, move delta x.

The speed is the derivative of position. Most anything with motion connects to calculus and the rover moves :)

- Sean Bird

[Jody Crothers]

Hi all.

I did time displacement graphs which could be done as rectilinear motion in a calculus setting.

Jody Crothers

jodstar.com

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From: 'Chhaya, Harshal S.' via TI-Innovator for Education <ti-inn...@googlegroups.com>
Sent: Thursday, 13 February 2025 10:58 PM
To: ti-inn...@googlegroups.com <ti-inn...@googlegroups.com>
Subject: FW: [EXTERNAL] [tinspire] Rovers in Calculus

 

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[Chhaya, Harshal S.]

 

Hi Kim

 

Thanks for sharing the idea about plotting the polar curves with TI-Rover

 

 

> I am finding that the analyzing data from the motion detector is applicable to calc for many applications at both the AB and BC level. unfortunately my rovers tend to be used after school for math club more than in the classroom.

I also really like the idea of using the motion detector data.

 

Is there anything we (TI) can do to make it easier to use the TI-Rover in the classroom (as opposed to in the math club)?

More sample activities? More “getting started” documents?

 

Thanks,

- Harshal

 

 

 

From: tins...@googlegroups.com <tins...@googlegroups.com> On Behalf Of Kim
Sent: Friday, February 14, 2025 2:23 PM
To: tinspire <tins...@googlegroups.com>
Subject: [EXTERNAL] Re: [tinspire] Rovers in Calculus

 

I have had my students plot polar curves using the rovers in the past. The students really loved the activity. Now that polar is a part of AP Precal, I would move that activity to AP Preacl. I am finding that the analyzing data from the motion

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I have had my students plot polar curves using the rovers in the past. The students really loved the activity. Now that polar is a part of AP Precal, I would move that activity to AP Preacl.

 

I am finding that the analyzing data from the motion detector is applicable to calc for many applications at both the AB and BC level. unfortunately my rovers tend to be used after school for math club more than in the classroom.

On Thursday, February 13, 2025 at 11:55:04 AM UTC-7 Bird wrote:

If they are doing AP Calculus BC, doing polar graphs is really fun to do with the rover.

 

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[Sean Bird]

Yes, I think that Sample activities for the rover for the various mathematics (and science) classes would be a boon for its increased use. 

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