Using seq in R with varying step
up vote
1
down vote
favorite
I want to create the following sequence in R: ((2^1)/1, (2^2)/2, ..., (2^25)/25) using the seq
function and not another function. Can somebody help me?
I also know how to do it without the seq
, just by typing:
n <- 1:25
y <- (2^n)/n
y
r seq
add a comment |
up vote
1
down vote
favorite
I want to create the following sequence in R: ((2^1)/1, (2^2)/2, ..., (2^25)/25) using the seq
function and not another function. Can somebody help me?
I also know how to do it without the seq
, just by typing:
n <- 1:25
y <- (2^n)/n
y
r seq
add a comment |
up vote
1
down vote
favorite
up vote
1
down vote
favorite
I want to create the following sequence in R: ((2^1)/1, (2^2)/2, ..., (2^25)/25) using the seq
function and not another function. Can somebody help me?
I also know how to do it without the seq
, just by typing:
n <- 1:25
y <- (2^n)/n
y
r seq
I want to create the following sequence in R: ((2^1)/1, (2^2)/2, ..., (2^25)/25) using the seq
function and not another function. Can somebody help me?
I also know how to do it without the seq
, just by typing:
n <- 1:25
y <- (2^n)/n
y
r seq
r seq
edited Nov 19 at 17:45
Rui Barradas
15.5k41730
15.5k41730
asked Nov 19 at 17:40
Essilon
62
62
add a comment |
add a comment |
2 Answers
2
active
oldest
votes
up vote
1
down vote
Is this what you want:
y <- (2^ seq(1, 25)) /seq(1, 25)
yes thank you very much I appreciate it
– Essilon
Nov 19 at 17:50
add a comment |
up vote
1
down vote
Very easy, why sec?
x<-seq(1, 25)
2^x/x
because my paper says I need to use seq function to do it
– Essilon
Nov 19 at 17:48
Ok, so you can create whatever x
– paoloeusebi
Nov 19 at 17:49
thank you very much
– Essilon
Nov 19 at 17:51
add a comment |
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2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
1
down vote
Is this what you want:
y <- (2^ seq(1, 25)) /seq(1, 25)
yes thank you very much I appreciate it
– Essilon
Nov 19 at 17:50
add a comment |
up vote
1
down vote
Is this what you want:
y <- (2^ seq(1, 25)) /seq(1, 25)
yes thank you very much I appreciate it
– Essilon
Nov 19 at 17:50
add a comment |
up vote
1
down vote
up vote
1
down vote
Is this what you want:
y <- (2^ seq(1, 25)) /seq(1, 25)
Is this what you want:
y <- (2^ seq(1, 25)) /seq(1, 25)
answered Nov 19 at 17:48
Ken Dekalb
16111
16111
yes thank you very much I appreciate it
– Essilon
Nov 19 at 17:50
add a comment |
yes thank you very much I appreciate it
– Essilon
Nov 19 at 17:50
yes thank you very much I appreciate it
– Essilon
Nov 19 at 17:50
yes thank you very much I appreciate it
– Essilon
Nov 19 at 17:50
add a comment |
up vote
1
down vote
Very easy, why sec?
x<-seq(1, 25)
2^x/x
because my paper says I need to use seq function to do it
– Essilon
Nov 19 at 17:48
Ok, so you can create whatever x
– paoloeusebi
Nov 19 at 17:49
thank you very much
– Essilon
Nov 19 at 17:51
add a comment |
up vote
1
down vote
Very easy, why sec?
x<-seq(1, 25)
2^x/x
because my paper says I need to use seq function to do it
– Essilon
Nov 19 at 17:48
Ok, so you can create whatever x
– paoloeusebi
Nov 19 at 17:49
thank you very much
– Essilon
Nov 19 at 17:51
add a comment |
up vote
1
down vote
up vote
1
down vote
Very easy, why sec?
x<-seq(1, 25)
2^x/x
Very easy, why sec?
x<-seq(1, 25)
2^x/x
edited Nov 19 at 19:29
m0nhawk
15.1k83160
15.1k83160
answered Nov 19 at 17:45
paoloeusebi
632413
632413
because my paper says I need to use seq function to do it
– Essilon
Nov 19 at 17:48
Ok, so you can create whatever x
– paoloeusebi
Nov 19 at 17:49
thank you very much
– Essilon
Nov 19 at 17:51
add a comment |
because my paper says I need to use seq function to do it
– Essilon
Nov 19 at 17:48
Ok, so you can create whatever x
– paoloeusebi
Nov 19 at 17:49
thank you very much
– Essilon
Nov 19 at 17:51
because my paper says I need to use seq function to do it
– Essilon
Nov 19 at 17:48
because my paper says I need to use seq function to do it
– Essilon
Nov 19 at 17:48
Ok, so you can create whatever x
– paoloeusebi
Nov 19 at 17:49
Ok, so you can create whatever x
– paoloeusebi
Nov 19 at 17:49
thank you very much
– Essilon
Nov 19 at 17:51
thank you very much
– Essilon
Nov 19 at 17:51
add a comment |
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