Answer:
10,13,3,12,2
Step-by-step explanation:
Because that is what follows the order sequence :)
Answer:
- 1202.6 thousand
- 237.6 thousand
Step-by-step explanation:
To find the population in 1998, fill in the value of t for that year, ...
t = 1998 -1980 = 18
and do the arithmetic.
population = 13.2×18 +965 = 237.6 +965 = 1202.6 . . . . thousands
The increase is the amount that is added to 965, which is 237.6 thousand.
Replace x with -4 so it would be:
f(-4)= 2(-4)=-8
-8 is your answer
Answer:
q (is less than or equal to) -2
Step-by-step explanation:
sorry I dont have the time to show my work but trust me its right
Log₄8 + 3 · log₄x
so the easiest way to do this is to note that these logs are separated by an addition symbol--it isn't "log₄8 + 3" times "log₄x"
log₄8
plus
3 · log₄x
for the second log, you can condense it with log properties/rules: the coefficient out front, when you condense it, becomes the exponent for the argument of your log:
3 · log₄x = log₄(x³)
so, having condensed that, your equation reads:
log₄8 + log₄(x³)
you could technically evaluate the first log, but the question wants both of these to become a single logarithm, which means you want to combine them. log properties state that if logs are being added, you can multiply their arguments (for example: logₓab = logₓa + logₓb)
you just want to apply that property to this, so you'll be multiplying your arguments 8 and x³:
log₄(8x³) is the answer, expressed as one logarithm.