The rate of change is the slope.
f(x) is the same as y...
f(x) = 3x + 9.....y = 3x + 9....and in y = mx + b form, the rate of change(slope) can be found in the m position.
y = mx + b
y = 3x + 9....so the slope or rate of change is 3...not 9...so answer is false
Answer:
-20-15=-35
Step-by-step explanation:
I think this answers your question, sorry if I'm wrong!
Answer:
Yeah I've thought of it and have an example with the year 2000 as the birth year
So 2000 In binary= 11111010000
Step-by-step explanation:
Binary numbers consist of only 0 and 1
So to convert a number to binary we divide by 2
Let's assume a birth year of 2000
Now let's convert it to binary
2000/2= 1000 R 0
1000/2= 500 R 0
500/2= 250. R 0
250/2= 125. R 0
125/2 = 62. R 1
62/2= 31. R 0
31/2= 15. R 1
15/2 = 7. R. 1
7/2= 3. R 1
3/2 = 1. R 1
1/2 = 0. R 1
Where R signifies the remainder
So we'd pick the remainder from the bottom and that becomes our binary number
So 2000 In binary= 11111010000
Answer:
20 games
Step-by-step explanation:
Part A:
45 = 14.75 + 1.50g
Part B:
45 - 14.75 = 30.25
30.25/1.5 = 20.1666666666667
20 is the maximum number of games he can play.
Answer: (145820, 170180)
Step-by-step explanation:
Formula for confidence interval for population mean ( when population standard deviation is unknown ) :
, where n= sample size
= sample mean
s= sample standard deviation
= two-tailed t-value for significance level of (
).
We assume that the salary of CFA charterholders is normally distributed .
Let x represents the salary of CFA charterholders .
As per given , we have
n= 36
Degree of freedom : df = 35 [ df= n-1]
s= $36,000
Significance level : 
Using t-distribution table ,
95% confidence interval for the average salary of a CFA charterholders :-
Hence, the 95% confidence interval for the average salary of a CFA charterholder : (145820, 170180)
