observed <- numeric(10)
expected <- numeric(10)
sum <- 0
random <- sort(sample(229354, 296))
observed[1] <- length(random[which(random < 22935.4)])
observed[2] <- length(random[which(random > 22935.4 & random < 45870.8)])
observed[3] <- length(random[which(random > 45870.8 & random < 68806.2)])
observed[4] <- length(random[which(random > 68806.2 & random < 91741.6)])
observed[5] <- length(random[which(random > 91741.6 & random < 114677)])
observed[6] <- length(random[which(random > 114677 & random < 137612.4)])
observed[7] <- length(random[which(random > 137612.4 & random < 160547.8)])
observed[8] <- length(random[which(random > 160547.8 & random < 183483.2)])
observed[9] <- length(random[which(random > 183483.2 & random < 206418.6)])
observed[10] <- length(random[which(random > 206418.6)])
for(i in 1:10)
{
expected[i] <- 29.6
}
for(i in 1:10)
{
sum <- sum + ((observed[i] - expected[i])^2)/expected[i]
}