This question was already answered before. I'm going to post someone else's answer with credit given of course:
"<span>The answer is their product. The least common multiple (LCM) is the smallest number which is a multiple of two numbers. If two numbers have no common factors greater than 1, then their LCM will be their product. For example, take numbers 7 and 9. They have none common factor greater than 1. So, LCM will be 7 * 9 = 63." - @W0lf93
Not sure if this answers your question, but hope this helped...</span>
Answer:
I wanna have fun sike lol
Step-by-step explanation:
Answer:
f(x)= e^(2x)-4
change f(x) to y, switch _6 and y. solve for _5x_
The final function
f^(-1) (x)= ln(x+_7(8_)/(_(__)
Step-by-step explanation:
Answer:
1. d 2. a 3. d 4. a 5. a
Step-by-step explanation:
For 1, d is negative because, if there an even number of negatives, the answer will be positive. a. would have been correct, but you multiply that one by 0. 0 is not negative, so the answer has to be d.
2. is -21. You can multiply 3 times seven then make it negative, or simply add -7 together 3 times.
3. is d because the two negatives cancel each other out. Even numbers of negatives cancel each other out. therefore, 17 times 6 is 102.
4. -120 is the answer because there are 3 negatives. That is an odd number, so we know our answer is negative. -5 times -3 is 15, and 15 times -8 is -120.
5. is a because -1 times 4 is -4, then -4 times -9 is 36. 36 times -3 is then -108.
For
Julia’s case, we determine first he time it takes her to ride or cover every kilometre
knowing that 10 minutes of the given 40 minutes is used for the preparation.
<span> r (Julia) = (40 – 10 min) / 5 km = 6
minutes per kilometre</span>
<span>A.
</span>The time it takes Julia to get ready is only 10 minutes while from
the given equation, the time it takes Kajal to get ready is 15 minutes. Hence, the
answer is Kajal.
<span>B.
</span><span>From the calculation above, it takes Julia 6 minutes to cover a kilometre.
From the equation, it is also given that Kajal takes 6 minutes to cover every kilometre.
Hence, the answer is Neither as they travel at the same rate. </span>
