Well the question is not so clear put I will give it a try
9,235,000
I am pretty sure that's how you write it
Step-by-step explanation:
<u>Step 1: Find the solution for the first one</u>


← Solution
<u>Step 2: Find the solution for the second one</u>
<u />

← Solution
<u>Step 3: Find the solution for the third one</u>


← Solution
<u>Step 4: Find the solution for the fourth one</u>


← Solution
<u>Step 5: Find the solution for the fifth one</u>


← Solution
<u>Step 6: Find the solution for the sixth one</u>
<u />

← Solution
Answer:
The required equation will be:
Step-by-step explanation:
We know the slope-intercept form of the line equation

where 'm' is the slope or rate of change and 'b' is the y-intercept of the equation
- Let 'n' represents the number of students (n).
- Let 'c' represents the cost budget.
Given that Bea's catering charges $3 per person.
- Thus, the slope or rate of change = m = 3 dollars per person
Given that the clean-up fee to cater banquets = $60
In other words, $60 is the initial condition or y-intercept.
- Thus, the y-intercept b = 60
Given that the cost budget = c = $200
Thus, the equation becomes
c = mn+b
substituting c = 200, m = rate of cgange = 3, b = 60
200 = 3n + 60 ∵ comparing with y = mx+b
Thus, the required equation will be:
For compounded annually

A=amount total (future)
P=present amount
r=rate in decimal
t=time in years
given
A≥11000
P=4000
r=8.25%=0.0825
t=t
solve
11000≥4000(0.0825+1)^t
divide both sides by 4000
11/4=(1.0825)^t
take the ln of both sides
ln(11/4)=ln(1.0825^t)
ln(11/4)=t(ln(1.0825))
divide both sides by ln(1.0825)
(ln(11/4))/(ln(1.0825))=t
evaluate
12.76=t
it will take 12.76 years, or, to the nearsest whole year, 13 years
Answer:
28%
Step-by-step explanation:
Multiply both numerator and denominator by 100. We do this to find an equivalent fraction having 100 as the denominator. 0.28 × 100100.
= (0.28 × 100) × 1100 = 28100.
Write in percentage notation: 28%