Erica walked down a trail into a valley.V(d) models Erica's vertical distance from the top of the valley (in kilometers) after walking d kilometers along the trail.What does the statement V(2)=T mean?Choose 1 answer:(A) Erica's vertical distance from the top of the valley was the same after she had walked 2 km and after she had walked T kilometers.(B) After she had walked 2 km along the trail, Erica's vertical distance from the top of the valley was equal to T kilometers.(C) After she had walked T kilometers along the trail, Erica's vertical distance from the top of the valley was equal to 2 km
Q. Erica walked down a trail into a valley.V(d) models Erica's vertical distance from the top of the valley (in kilometers) after walking d kilometers along the trail.What does the statement V(2)=T mean?Choose 1 answer:(A) Erica's vertical distance from the top of the valley was the same after she had walked 2 km and after she had walked T kilometers.(B) After she had walked 2 km along the trail, Erica's vertical distance from the top of the valley was equal to T kilometers.(C) After she had walked T kilometers along the trail, Erica's vertical distance from the top of the valley was equal to 2 km
Function V(d): Understand the function V(d).The function V(d) represents Erica's vertical distance from the top of the valley after walking d kilometers along the trail. We need to interpret what V(2)=T means in this context.
Interpret V(2)=T: Interpret V(2)=T.Since V(d) is the vertical distance after walking d kilometers, V(2) is the vertical distance after walking 2 kilometers. The equation V(2)=T tells us that this distance is equal to T kilometers.
Correct answer: Choose the correct answer based on the interpretation.Based on our interpretation, the correct answer is:(B) After she had walked 2km along the trail, Erica's vertical distance from the top of the valley was equal to T kilometers.
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