Answer : The time taken for a 50 µF capacitor to fully charge if it is in a series circuit with a 100 KΩ resistor is, 0.5 seconds.
Explanation :
RC time constant is the time constant (in seconds). It is equal to the product of the circuit resistance (in ohms) and the circuit capacitance (in farads).
The formula will be:
where,
= time constant = ?
R = resistance = 100 KΩ = 100000 Ω
Conversion used : (1 KΩ = 1000 Ω)
C = capacitance = 50 μF = 50 × 10⁻⁶ F
Conversion used : (1 μF = 10⁻⁶ F)
Now put all the given values in the above formula, we get:
Thus, the time taken for a 50 µF capacitor to fully charge if it is in a series circuit with a 100 KΩ resistor is, 0.5 seconds.
As the chemical bonds are broken, the positions of electrons change, resulting in a product with properties that are different from the properties of the reactants. Various temperatures and catalysts are needed for different chemical reactions to occur. <span>During a chemical reaction, new substances are produced as existing bonds are broken, atoms are rearranged, and new bonds are formed.</span>
<span>The traders find it helpful to tow the cedar logs instead of storing them inside the ship to help lessen the load of cargo on the ship. Logs are heavy even for just a log and so storing them inside the ship would one, increase the weight of the ship which will let them sink if they do not manage its carrying capacity of weight, two, it minimizes the area of the ship to be used instead of placing other items that would maximize their transport and three, if anything else goes wrong, at least they have another life support that they can easily get if ever they are drowned. These goes back to the late 1500's where transportation of everything including people and materials only uses ships or boats.</span>
<span>V² = 2*a*y = 1.17 m²/s² at 0.45 mm height
H = V²/(2g) + 0.00045 = 0.0597 + 0.00045 = 0.06014 m = 6.014 cm </span>
Answer:
F - w = m a = 2 T - m g net force on man and chair
F = 2 * 368 N = 736 N each rope supports 368 N
a = (736 - 72 * 9.8) / 72 = .422 m/s^2