1279???
Because the gcf does not leave any remainders behind. The gcf could be 1280, but that would not leave a remainder behind if you divided 1280 by 1280. So, I think it is 1279, but i am probably wrong
Answer:
Step-by-step explanation:
<u>Given</u>
<u>Solving for H</u>
- RBT/Z + H/K = M
- K×RBT/Z + K×H/K = K×M ⇒ <em>multiplying all terms by K to clear fraction</em>
- RBTK/Z + H = MK
- RBTK/Z + H - RBTK/Z= MK - RBTK/Z ⇒ <em>subtracting RBTK/Z from both sides</em>
All I know is look it up because you are in college and I am in elementary school almost to middle.
Answer:
5,035,041
Step-by-step explanation:
Exponential growth:
y = future amount
a = initial amount
r = growth rate
x = number of periods
Part A: growth at the rate of doubling each 15 minutes for 274 minutes
Each period is 15 minutes.
a = 37
x = 274/15 = number of periods
r = 100%
-------------------------------------------------------------------------------------
Exponential decay:
The growth takes place from 9 AM for 274 minutes, or 4 hours and 34 minutes, until 1:34 PM. The decay goes from 1:34 PM to 7 PM, or 5 hours and 26 minutes, or 326 minutes
Part B: decay at the rate of 6% each 24 minutes for 326 minutes
Answer: 5,035,041
To evaluate the expression given above, we just have to substitute the values assigned to each variable in the expression. The expression would be:
<span>6j23kl−3
We evaluate as follows:
</span><span>6j 23 kl−3
6(3)(23)(7)(33) - 3
95631
Hope this answers the question. Have a nice day.
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