Transportation	Power Source?	Number of Passengers?	Number of Parking Spaces?	Cool Factor?

1. Voltage of Lectec Electric Skateboard Battery:

21.6 V

Hint: Look at the battery sticker!

2. Capacity of the Lectec Electric Skateboard Battery (Ah):

3 Ah

Hint: Look at the battery sticker!

3. How many milliamps are in one Amp?:

1000 mAh

Hint: What’s 10,000 milliamp-hours in amp hours? Simply divide by 1,000! 10,000 mAh = 10 Ah

4. Capacity of the battery in Milliamp-hours (mAh):

3000 mAh

Hint: Multiply items 2 and 3 above.

5. Capacity of the battery in Watt-hours:

64.8 Wh

Hint: Multiply items 1 and 2 above.

6. Power rating of the Lectec motor in Watts:

200W

Hint: Look at the motor’s sticker!

7. Given the capacity of the battery and the rating on the motor, how many minutes could the battery run the motor at full power?:

19.44 minutes

NaN

Hint: (Capacity (watt-hours) / Motor Rating (Watts)) x 60 = Minutes of runtime

1. Distance of selected trip (miles):

Hint: This may be the same distance you used for the skateboard ride, or longer if the driving route is different than the walking/skateboarding route!

2. Battery range (miles):

Hint: Range = Max Speed (mph) x Run Time (hours)

3. Approximate percentage (%) of the battery capacity used:

NaN Gallons

Hint: (Distance) / (Max range) * 100

4. Watt-hours used (Wh):

NaN Pounds

Hint: Multiply #3 by the capacity of the battery in Watt-hours (#5 above)

5. Skateboard’s carbon footprint (lbs of CO2 emitted):

NaN Pounds

Hint: Multiply #4 by 1) the EPA website average CO2 emissions from a power plant in your local region [or the national average above] and 2) capacity of the battery in Watt-hours (#5 above)

1. Distance of selected trip (miles):

Hint: This may be the same distance you used for the skateboard ride, or longer if the driving route is different than the walking/skateboarding route!

2. Mileage of car (miles per gallon):

Hint: Look up the mileage of a car you like, or use 33 mpg as an example

3. Gasoline usage (gallons):

NaN Gallons

Hint: Divide the #1 by #2, Distance/Mileage

4. Car's carbon footprint (lbs of CO2 emitted):

NaN Pounds

Hint: Gasoline produces 19.4 pounds of carbon per gallon of fuel burned. Multiply your answer from #3 by 19.4

Traveling by car released NaN times more CO2 than the electric skateboard to complete the journey! Is this surprising to you? Discuss their thoughts/results from the calculation.

Electric Skateboard

Pros

Cons

Freelancer

Create an exhaustive list of all pages and popups

lisa.ruiz@kanban.com

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Car

Pros

Cons

Freelancer

Create an exhaustive list of all pages and popups

lisa.ruiz@kanban.com

Design

Product

Marketing

Management

About

Enim feugiat ut ipsum, neque ut. Tristique mi id elementum praesent. Gravida in tempus feugiat netus enim aliquet a, quam scelerisque. Dictumst in convallis nec in bibendum aenean arcu.

Power Source:

Carbon Emission:

Equation

a

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Residences

Our curated list of premium locations

	Name	City	Address

Source: IEA, Statista

Adult

Child

Baby

3,460

Total customers

$50,247

MRR

2,48%

Churn

14,38%

Activation

Joshua Steiner

@jsteiner

Just now

Can we get some feedback on this?

Lana Steiner

@jsteiner

2 minutes ago

Sure, will take a look this afternoon.

Elizabeth Clarke

@eclarke

2 minutes ago

Thanks for the comments. Will get to them very shortly.

Lisa Wu

@lwu

10 minutes ago

Great work everyone, keep it up!

Amount

0.00°C

Additional hint text

Reporting