The correct answer is
°.
To solve for
, you can start by finding the measures of the triangle's interior angles. Knowing that a straight line measures
°, you can subtract the given values from
° to find the measures of the respective supplementary interior angles. That would give you
°
and
°
.
Now, knowing that the measure of all the interior angles of a triangle is also
°, you can add the two interior angles you know
and subtract those from
°. Doing so would give you the measure of the missing third angle, which is
°.
Finally, because angle
is the supplementary angle of the missing angle from the previous step, simply subtract that angle's measure from
° to find
°, which is
or
°.
Answer:A:30
Step-by-step explanation:
The number 30 occurs the most
Answer:
183$
Step-by-step explanation:
.........................
Let's formulate an equation first. For exponential growth, we follow the formula. b = 800, r - 0.027. Hence,
y = 800(1+0.027)^t
Then, at t = 21, y will be determined
y = 800 (1+0.027)^21
y = 1399.81 = 1400
Thus, the amount of bacteria present after 21 hours is 1400.