Answer:
The last place to the right before the decimal point is the ones place.
Each place to the left is 10 times greater.
The 1 is in the ones place.
The 2 is in the tens place.
The 0 is in the hundreds place.
The 4 is in the thousands place.
The 6 is in the ten-thousands place.
The 3 is in the hundred-thousands place.
The 6 is not in the thousands place since it is in the ten-thousands place.
Answer:
The required answer for blank 1 is 
, for blank 2 is , for blank 3 is 0, for blank 4 is 1 and for blank 5 is 
.
Step-by-step explanation:
From the given table it is noticed that the value of function f(x) at x=-1 is 2 and the value of function f(x) at x=-2 is 4.
The exponential function is defined as
Where, a is initial value and b is growth factor.
Therefore the required answer for blank 1 is .
So, the growth rate is 
.
Since a is the initial value, therefore
Therefore the exponential function is
Therefore required answer for blank 1 is , for blank 2 is , for blank 3 is 0, for blank 4 is 1 and for blank 5 is .
The following statement
'In general, men who took drug x maintained or increased the number of visible scalp hairs; while scalp hairs counts in men who took the placebo continued to decrease'
can be referred as descriptive statistics, since we are saying that the msot of the men who took the drug gain scalp hairs while the contrary happened from those men who took placebo.
On the other hand, the statement
'drug x is effective in maintaining or increasing the amount of scalp hair in men'
Is a deduction you make, so it can be referred as inferential statistics
Answer:
y=3(x+8)+1 or y=3x+25
Step-by-step explanation:
Make the problem into y=mx+b (standard form) by adding 1 to both sides. Then you can simplify 3(x+8)+1 into 3x+25 by distributing and combining like terms. then graph starting from the y-intercept 25 and use the slope of 3 or 3/1 to plot the points around the y-intercept. then draw the graph. :3
