Answer:
1.04x s
Explanation:
->The maximum current through the resistor is
= V/R = V/= V/R× = V/R
Voltage 'V'=50V
Effective resistance 'R'= 25.0-Ω+ 10.0 Ω= 35.0 Ω
Therefore, =50/35=> 1.43 A
->The maximum charge can be determined by
Q = CV
where,
Capacitance of the capacitor 'C' = 30.0µF = 30×10-⁶F
Therefore,
Q=30×10-⁶ x 50=>1.5 x
In order to find that when does the maximum current occur, the time taken given the quantity of charge and the electric current is:
t= Q / I=> 1.5 x / 1.43
t= 1.04x s
Answer: V = 6.97m/s
Explanation:
Using equation of collision;
m1u1 + m2u2= v( m1 + m2)
V= m1u1 + m2u2/m1 + m2
Since the other object is moving in an opposite direction it momentum becomes negative
So we have
V=m1u1+(-m2u2)/m1 + m2
Impute the data
V = 17.3×8 + (-1.5×4)/17.5+1.5
V= 138.4 - 6/19
V= 132.4/19
V= 6.97m/s.
Answer:
Wedge
Explanation:
Scissors are a pair of wedges that are combined together.
Answer: (A) At terminal velocity ...
Explanation:
Answer:
Because malaria is cause by mosquito if we control mosquito we are safe from malaria