[quote=kev374]Well apparently the operators were confused…I guess the rate was 0.2 cents a Kilobyte, or $.002/KB
.002 cents per KB doesn’t sound believable, at that rate a GIGABYTE of download would cost only $21 :D[/quote]
Pretty funny comment, given that the subject matter is innumeracy:
0.2 cents per KB
= $0.002 per KB
= $2 per MB
= $2,000 per GB
(yeah, I know 1 MB = 1,024 KB)
[quote=kev374]Well apparently the operators were confused…I guess the rate was 0.2 cents a Kilobyte, or $.002/KB
.002 cents per KB doesn’t sound believable, at that rate a GIGABYTE of download would cost only $21 :D[/quote]
Pretty funny comment, given that the subject matter is innumeracy:
0.2 cents per KB
= $0.002 per KB
= $2 per MB
= $2,000 per GB
(yeah, I know 1 MB = 1,024 KB)
[quote=kev374]Well apparently the operators were confused…I guess the rate was 0.2 cents a Kilobyte, or $.002/KB
.002 cents per KB doesn’t sound believable, at that rate a GIGABYTE of download would cost only $21 :D[/quote]
Pretty funny comment, given that the subject matter is innumeracy:
0.2 cents per KB
= $0.002 per KB
= $2 per MB
= $2,000 per GB
(yeah, I know 1 MB = 1,024 KB)
[quote=kev374]Well apparently the operators were confused…I guess the rate was 0.2 cents a Kilobyte, or $.002/KB
.002 cents per KB doesn’t sound believable, at that rate a GIGABYTE of download would cost only $21 :D[/quote]
Pretty funny comment, given that the subject matter is innumeracy:
0.2 cents per KB
= $0.002 per KB
= $2 per MB
= $2,000 per GB
(yeah, I know 1 MB = 1,024 KB)
[quote=kev374]Well apparently the operators were confused…I guess the rate was 0.2 cents a Kilobyte, or $.002/KB
.002 cents per KB doesn’t sound believable, at that rate a GIGABYTE of download would cost only $21 :D[/quote]
Pretty funny comment, given that the subject matter is innumeracy:
0.2 cents per KB
= $0.002 per KB
= $2 per MB
= $2,000 per GB
(yeah, I know 1 MB = 1,024 KB)