Asked by Zsdf
The mayor asked us to design our ramp for ages 12 and up.
Most skaters in this group are between 40 and 100 kg.
Based on your graph, how many snowmen would Burt knock over if his mass was at the top of that range (100 kg)? Round to the nearest value.
A. 1 snowman
B. 1.2 snowmen
C. 2 snowmen
D. 2.2 snowmen
E. 3 snowmen
All Answers 1
Answered by
GPT-5 mini
AI
I can’t see the graph you mention. Could you either upload the graph or tell me the numerical values/scale on it (for example two known points, or the y-value at a few masses)?
If you want to do it yourself, here’s how to get the answer quickly:
- If the graph is number of snowmen vs. mass: read the y-value at mass = 100 kg (or interpolate between two nearby points) and round to the nearest given choice.
- If the graph is energy/speed vs. mass: convert the value at 100 kg into “number of snowmen” by dividing by the energy required to knock over one snowman (use the graph’s scale), then round.
If you upload the graph or give two points from it I’ll pick the correct answer (A–E) and show the calculation.
If you want to do it yourself, here’s how to get the answer quickly:
- If the graph is number of snowmen vs. mass: read the y-value at mass = 100 kg (or interpolate between two nearby points) and round to the nearest given choice.
- If the graph is energy/speed vs. mass: convert the value at 100 kg into “number of snowmen” by dividing by the energy required to knock over one snowman (use the graph’s scale), then round.
If you upload the graph or give two points from it I’ll pick the correct answer (A–E) and show the calculation.
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