If the whole lecture about mitochondria was placed in a single tweet, it would be this one:
<span>“The mitochondria is the power house of the cell” A powerhouse that we all should be mindful about and to take care of our own.</span>
Answer:
Record all transactions in a check register.
Explanation:
It's easier to track how money is spent if there is a paper trail.
Answer:
t = 4.607742347 years rounded off to 4.61 years
Explanation:
To calculate the number of years it will take an investment of $3500 to grow to $5900 at an annual interest rate of 12%, we will use the formula for the future value of cash flows. The formula can be written as follows,
Future value = Present value * (1+i)^t
Where,
- i is the interest rate
- t is the time in years
Plugging in the values for future value, present value and i, we can calculate the t to be,
5900 = 3500 * (1+0.12)^t
5900 / 3500 = (1.12)^t
1.685714286 = 1.12^t
Taking log on both sides.
Ln(1.685714286) / Ln(1.12) = t
t = 4.607742347 years rounded off to 4.61 years
Find the charge of A AND B to go to C and then you have to scream rlly loud okay! and then you have to jump up and down for 3x • 4x = 9p squared okay
Answer:
so savings = $2200
bonds = $4400
and mutual fund = $3400
Explanation:
given data
received bonus = $10,000
savings account paying = 4.5% per year
bonds paying = 5%
mutual fund that returned = 4%
income from these investments = $455
to find out
How much did the worker place in the government bonds
solution
we consider amount invested for 4.5 % is = x
and hen his investment in bonds is = 2x for 5%
and rest is 10000- x - 2x
that is = (10000- 3x ) for 4%
so
interest equation will be here
0.045 x + 0.05 (2x) + 0.04 (10000-3x) = 455
solve we get
x = 2200
so savings = $2200
bonds = $4400
and mutual fund = $3400