Part a:
this is really just intuition. you can go either way as long as you back up what you say.
either you think hunter would be faster because he starts out with a lot more money, or you think amado would be faster because he earns a lot more.
part b:
let x be the number of hours hunter works, and y the number that amado works.
they both need to earn 600 dollars.
hunter's money is modelled by 150 + 7.5x
to get 600 dollars
150 + 7.5x = 600
7.5x = 450
x = 60
amado's money is modelled by 12y
to get 600 dollars
12y = 600
y = 50
hunter would need to work 60 hours to make enough money, but amado would only need to work 50, so hunter will take longer.
then say whether this agrees with what you guessed in part a
Answer:
H(11)=101
Step-by-step explanation:
The function we have is:
and we need to find the value of
this is evaluating the function 
when the value of t is 
So, first we substitute in H(t):
we solve the expression:
the answer is that when , the function has the value 
Answer:
x=80
Step-by-step explanation:
The angle of a line is 180*.
The equation would be (x+20)+x=180
Subtract 20 from both sides: 2x=160
Divide by 2: x=80
That's your answer!
I hope this helps!
Answer:
Part a
For this case n = 4. If we use the future value formula we got:
Part b
For this case n = 365. If we use the future value formula we got:
Step-by-step explanation:
We can use the future vaue formula for compound interest given by:
Where P represent the present value, r=0.0675 , n is the number of times that the interest is compounded in a year and t the number of years.
Part a
For this case n = 4. If we use the future value formula we got:
Part b
For this case n = 365. If we use the future value formula we got:
