A periscope is 5 feet above the surface of the ocean. Through it can be seen a ship that rises to 50 feet above the water. To th
1 answer:
The farthest distance on the planet that the eye can see is given by the formula
= your first height and
=your second height
Since or the height of the periscope over the water and
for the height of the ship the answer is 832.45553203368 feet, but because the question asks to the nearest mile the answer would be
If you get it wrong just tell me and I will rework my math again :-)
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For this case we must write a power between (340,345)
We chose 343.
We divide the number until we get an exact division:
So we have:
So, the power is:
ANswer:
Answer:
279,936 ways
Step-by-step explanation:
Every day the student has to chose a sandwich from the pile of 6 sandwiches. So this means the student has to make a choice from the 6 sandwiches for the 7 days. Since the order matters, this is a problem of permutations.
Daily the student has the option to chose from 6 sandwiches. So this means, for 7 days, he has to make a choice out of 6 options. Or in other words we can say, the student has to make selection from 6 objects 7 times.
So, the total number of ways to chose the sandwiches will be 6 x 6 x 6 x 6 x 6 x 6 x 6 =
Alternate Method:
Since the repetition can occur in this case, i.e. a sandwich chosen on one day can also be chosen on other day, the following formula of permutations ca be used:
Number of ways =
where n is the total number of choices available which is 6 in this case and r is the number of times the selection is to be made which 7 in this case. So,
The number of ways to chose a sandwich will be = ways