This equation is simplistic if you look at it closely.
f(1)=6.
f(4)= (6x4)
6x4 is 24.
Hope this helped!
Answer:
= 0.0009866 N
Step-by-step explanation:
For resolving this problem we can use the impulse-momentum theorem; this theorem establishes that the change in momentum of an object equals the impulse applied to it
The impulse is defined how:
I = Δt
: Average force
Δt = Time interval
Then:
Δt
(0.048)(14) - (0.048)(-23) = (1800)
0.672 + 1.104 = 1800
1.776 = 1800
= 
= 0.0009866 N
Answer:
<h2>11.25min</h2>
Step-by-step explanation:
In this problem, we first need to find the rate at which syn burns calories per minute
so in 15mins, he burns 200 calories
in 1 mins he will burn x
x= 200/15
x=13.33 calories per min this is the rate
So in one minute he will burn 13.33 calories
Now using the idea of rate=quantity/time
the rate=13.33
quantity=15 calories
time=?
time=quantity/rate
time=150/13.33
time=11.25min
Alternatively
(very fast approach)
if syn spend 15min to burn 200 cal
then he will spend x min to burn 150 cal
cross multiply
x=(150*15)/200
x=2250/200
x=11.25mins
Answer:
3x^2(25x^2−xy+5y^2)
Step-by-step explanation:
I copied it into MathPapa and it is always correct. It gave me that
