Answer:
The two will be at the same place in 1/5 of a minute
Step-by-step explanation:
Here, we shall substitute the value 1/2 for x on both sides of the equation
We have this as;
1000(1/5) + 20
= 200+20 = 220
secondly, we have
1,100(1/5) = 220
From the solution, we can see that both sides will be equal and the same amount of distance will have been covered
What this simply mean is that they both will be at the same place in 1/5 of a minute
Answer:
Step-by-step explanation:
Initial value is $400
Value after 9 years is zero
Change in value over 9 years is $400
<u>Rate of change is:</u>
Answer:
The slope in this graph is 1
The string is assumed to be massless so the tension is the sting above the 12.0 N block has the same magnitude to the horizontal tension pulling to the right of the 20.0 N block. Thus,
1.22 a = 12.0 - T (eqn 1)
and for the 20.0 N block:
2.04 a = T - 20.0 x 0.325 (using µ(k) for the coefficient of friction)
2.04 a = T - 6.5 (eqn 2)
[eqn 1] + [eqn 2] → 3.26 a = 5.5
a = 1.69 m/s²
Subs a = 1.69 into [eqn 2] → 2.04 x 1.69 = T - 6.5
T = 9.95 N
Now want the resultant force acting on the 20.0 N block:
Resultant force acting on the 20.0 N block = 9.95 - 20.0 x 0.325 = 3.45 N
<span>Units have to be consistent ... so have to convert 75.0 cm to m: </span>
75.0 cm = 75.0 cm x [1 m / 100 cm] = 0.750 m
<span>work done on the 20.0 N block = 3.45 x 0.750 = 2.59 J</span>
Answer:
32
Step-by-step explanation:
80/2 = 40
64/2 = 32
so she can make about 32
