Answer:
Step-by-step explanation:
I Hope It Helps :)
I need to see the diagram in order to answer your question.
Answer:
Step-by-step explanation:
the quadratic function should be as follows:
Now let's confirm that the zeros of the function are 0 and 8
Therefore we can see that if x = 0
the equation is fulfilled
And we also have 
for this expresion to be equal to zero:
thus, if x = 8
the equation is also fulfilled
The zeros of the quadratic function are 0 and 8.
I think you mean write in word format so yea
11.09
"Eleven and 9 hundredths"
To convert decimals to fractions first put the decimal over 1, multiply by ten for every number after the decimal point and simplify.
(11.09/1)(10)(10) *Because there are 2 numbers after the . 0 and 9*
1109/100
This will be the most simplified you can get it!
As a mixed number:
11 9/100
Follow these steps for the rest!
21.06
"twenty one and six thousandths"
1053/50
21 3/50
0.06
"six thousandths" or
"zero and six thousandths"
3/50
0.50
"fifty thousandths" or "five tenths" since 0.50=0.5
1/2
6.15
"six and fifteen thousandths"
123/20
6 3/20
7.41
"seven and fourty one thousandths"
741/100
7 41/100
I HOPE THIS HELPS
Answer:
7
Step-by-step explanation:
We want to find the number 4-digit of positive integers n such that removing the thousands digit divides the number by 9.
__
Let the thousands digit be 'd'. Then we want to find the integer solutions to ...
n -1000d = n/9
n -n/9 = 1000d . . . . . . add 1000d -n/9
8n = 9000d . . . . . . . . multiply by 9
n = 1125d . . . . . . . . . divide by 8
The values of d that will give a suitable 4-digit value of n are 1 through 7.
When d=8, n is 9000. Removing the 9 gives 0, not 1000.
When d=9, n is 10125, not a 4-digit number.
There are 7 4-digit numbers such that removing the thousands digit gives 1/9 of the number.
