Joni Mäkelä
Joni Mäkelä (born 28 September 1993) is a Finnish professional footballer who plays for Florø, as a Right winger.[3]
Personal information | |||
---|---|---|---|
Full name | Joni Onni Kristian Mäkelä[1] | ||
Date of birth | 28 September 1993 | ||
Place of birth | Finland | ||
Height | 1.75 m (5 ft 9 in) | ||
Playing position(s) | Right winger[2] | ||
Club information | |||
Current team | Florø | ||
Number | 19 | ||
Senior career* | |||
Years | Team | Apps | (Gls) |
2009–2013 | AC Oulu | 51 | (9) |
2011 | → FC Santa Claus (loan) | 10 | (1) |
2014 | KTP | 27 | (8) |
2015–2016 | FC Haka | 51 | (11) |
2017–2018 | KuPS | 32 | (5) |
2017 | → KuFu-98 (loan) | 2 | (4) |
2018 | → KuFu-98 (loan) | 6 | (6) |
2019 | Kokkolan PV | 21 | (3) |
2020– | Florø | 1 | (0) |
* Senior club appearances and goals counted for the domestic league only and correct as of 12 July 2020 |
Career
Kokkolan PV
On 24 December 2018, Kokkolan PV announced the signing of Mäkelä on a one-year deal.[2]
gollark: Take two of the points, subtract one's Y coordinate from the other one's Y coordinate, and do the same for the X coordinates, and divide the difference in Y coords by the difference in X coords.
gollark: <@379441093558927391> I'm assuming that what you want to do is find the equation of the straight line going through those points. So to do that you need the gradient.
gollark: <@379441093558927391>
gollark: Once you have the gradient you just need to work out the y intercept, so put that into the straight line equation (y = mx + c), substitute in the x and y from one of the points, solve for c (y intercept), and you're done.
gollark: =tex m = \frac{y_2-y_1}{x_2-x_1}
References
- Joni Mäkelä at the Norwegian Football Federation (in Norwegian)
- SOPIMUSUUTISIA: Joni Mäkelä vahvistamaan Vihreää!, kpv.fi, 24 December 2018
- Joni Mäkelä at Soccerway. Retrieved 6 June 2018.
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