<span>A a real-world situation that can be modeled by y equals 3 to the power of t is the production of a bacteria culture. Let us say that y is the number of bacteria and that t is number of hours. So you can say that a bacteria, y, will multiply at t hours.
b. If the equation was changed to y equals 2 open parentheses 3 close parentheses to the power of t then it would produce double the original value of the number of bacteria because of the presence of 2 times 3 to the t.
c. If the equation were rewritten in the form y equals b open parentheses 1 plus r close parentheses to the power of t, the value of r will be known if all the other variables such as b, y and t. If these variables are unknown, then you cannot solve for the value of r.</span>
It took 50 hours to produce 3 oz of honey.
<u>Step-by-step explanation:</u>
Rate of production= 1.5% per hour
Initial amount of honey = 4 oz
Final amount of honey = 7 oz
Honey produced = 3 oz
Amount produced = (initial amount x rate x time) /100
3 = (4 x 1.5 x t) /100
300 = 6t
t = 300/6
t = 50 hours
It took 50 hours for the bees to produce 3 oz of honey.
Answer:
It would be the one in the middle
Step-by-step explanation:
Because if Mags is 2 years older you would just take Vectors age and add 2 to it.
Should the answer be 0.4^3?
1 liter = 1000 ml
53.1 liter = 53.1*1000 = 53100
Hope this helps :)