Answer:
1. Gcf = 9
2. Gcf = 1
3. Gcf = 2
4. Gcf = 30
5. Gcf = 5
6. Gcf = 2
7. Gcf = 25
8. Gcf = 12
9. Gcf = 100
Step-by-step explanation:
I think, I don’t know the other one.
Im not sure if this is correct but I got that -3(2x-5)<5(2-x) so I got the same thing as the question
The question is incomplete, as the depth of the hook isn't given in the question. However, using a proposed depth for the hook, we could give a stepwise solution to the exercise.
Answer:
Kindly check explanation
Step-by-step explanation:
If given a hook depth of 6 meters, and a distance of 8 m(fishing line from hook) at the the Same depth, then the distance between rose and the fish, x can be calculated, using the relation.
Hypotenus² = opposite² + adjacent²
(refer to attached picture)
x² = 6² + 8²
x² = 36 +. 64
x² = 100
x = sqrt(100)
x = 10 meters
You can use the actual depth value to obtain the actual solution to your question.
Given there is no speed given for the fastest swimming, the tennis ball is 13.07 times f(Fastest Swimming), or 13.07f.