Robotic are sponsoring a local charity race to promote their new product. The organisers of the race will charge an entrance fee to participants. The amount of the fee depends on the number of participants. Participants (P) Entrance Fee (F) 400 350 280 250 $1.75 $2 $2.50 $2.80 k The entrance fee, F, is given by the relationship, F = where Pis the number of participants. а. Find the value of k. ....... b. Find the Entrance Fee for 200 participants. .............. ........ .......... What transformation could be applied to one of the variables to linearise this relationship? c.
Robotic are sponsoring a local charity race to promote their new product. The organisers of the race will charge an entrance fee to participants. The amount of the fee depends on the number of participants. Participants (P) Entrance Fee (F) 400 350 280 250 $1.75 $2 $2.50 $2.80 k The entrance fee, F, is given by the relationship, F = where Pis the number of participants. а. Find the value of k. ....... b. Find the Entrance Fee for 200 participants. .............. ........ .......... What transformation could be applied to one of the variables to linearise this relationship? c.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:Robotic are sponsoring a local charity race to promote their new product. The organisers of
the race will charge an entrance fee to participants. The amount of the fee depends on the
number of participants.
Participants (P)
Entrance Fee (F)
400
350
280
250
$2.50 $2.80
$1.75
$2
k
The entrance fee, F, is given by the relationship, F = where Pis the number of participants.
а.
Find the value of k.
b.
Find the Entrance Fee for 200 participants.
C.
What transformation could be applied to one of the variables to linearise this
relationship?
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