Answer:
bro you need to put a picture because you can only solve it like that
Step-by-step explanation:
do that
Keywords:
<em>Divide, polynomial, quotient, divisor, dividend, rest
</em>
For this case, we must find the quotient by dividing the polynomial 
. We must build a quotient that, when multiplied by the divisor, eliminates the terms of the dividend until it reaches the rest, as shown in the attached figure. At the end of the division, to verify we must bear in mind that:
Answer:
See attached image
Using the work-energy
theorem would be best in solving this problem. The net <span>work </span>on an object causes a change in the kinetic energy of the object,
based from the work-energy theorem. For this, the formula for net work = change in
kinetic energy = final
kinetic energy - initial
kinetic energy.
So, first sliding distance
covered 3/4 with a net force 1-5/9 = 4/9 and w (w stands for weight of acrobat)
Therefore, work done = 4/9
* 3/4<span>
In the next step, the distance to be covered is 1/4.
So, let the new frictional force required be X w
Therefore, net force upward = (X - 1) w
Thus, work to be done = (X - 1) * 1/4 w---------(2)
Equating X = 1 + 4/3 = 7/3 </span>
<span>
<span>So, the frictional force that she must produce in the last
quarter has to be 7/3 times her weight.</span></span>
Answer:
50
Step-by-step explanation:
The lenth at the deep end is 12 ft becuase u divide 210 and 12 and if it goes into it evenly u got ur answer
