Answer: 0.00562454
Step-by-step explanation:
Did I save you a lot of time? Lol hope I helped
58 is 5 tens (5*10) and 8 ones (8*1)
Answer:
792, 784, 775, 675, 645, 434, 432, 415, 342, 324.
Given:


To find:
The exact value of cos(u-v) if both angles are in quadrant 3.
Solution:
In 3rd quadrant, cos and sin both trigonometric ratios are negative.
We have,


Now,




On further simplification, we get


Similarly,






Now,




Therefore, the value of cos (u-v) is 0.1872.
Their speed of separation will be equal to the sum of their speeds because they are in opposite directions.
Speed of separation = 40 + 50 = 90 miles per hour
Time = distance / speed
Time = 405 / 90
Time = 4.5 hours
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