Answer:
The answer is "496"
Step-by-step explanation:
It begins at 0000 or finishes at 1111:
Answer:
y = 2 
Step-by-step explanation:
The exponential function is of the form
y = a 
To find a and b substitute the given points into the equation
Using (0, 2), then
2 = a
⇒ a = 2
Using (1, 6), then
6 = 2
⇒ b = 3
Equation is y = 2 
Answer:
4 + 2i
Step-by-step explanation:
First distribute;
7 - 3 - 4i + 6i
= 4 + 2i
Answer:

Explanation:
The question is "Einstenium-253 is an element that loses about 2/3 of its mass every month. A sample of einstenium-253 has 450 grams. Write a function that gives the sample's mass in grams, S(t) from today".
Since <em>einstenium-253 loses about 2/3 of its mass every month</em>, you can model the amount of sample by an exponential decay function, which is a geometric progression with a growing factor less than 1.
The general form of an exponential decay function is:

Where:
- A₀ is the initial value
- r is the growing or decaying factor
- t is the time
- y is the value of the function at time t.
In this case, you have:
- A₀ = 450
- r = 2/3
- t = t
- y = S(t)
Now you can replace the values in the model and will obtain:
