The velocity or speed of the kayaker going north at a speed of 3 m/s and that of the current going east at a speed of 2 m/s create a resultant speed of √13 m/s. The new distance that has to be traveled by the kayaker in order to move 100 m north is calculated through the equation,
3 / √13 = 100 / x
The value of x is 120 m. The total time it will take for the kayaker to reach the destination is,
t = 120 / √13 = 33.33 s
Okay so 123-45-67+89=100
That should be the answer
$25.34 cent that how much his hourly way was
Answer:
5.79
Just have to divided 34.74 by 6 I believe.
Answer:
2048
Step-by-step explanation:
Here’s an example for 2 flips: HH - HT - TT - TH. (That’s 2*2, or 2^2)
Here’s 3 flips: HHH - HHT - HTH - HTT - THH - THT - TTH - TTT. (That’s 2*2*2, or 2^3).
For 11 flips, it’s 2^11… which is 2048