The main Hormone causing changes in girls is called...

Answers

Answer 1

Answer: the main hormone causing changes in people of female sex is estrogen

Related Questions

What word best describesThe meeting of people as a romantic engagement.
Identify the kind of digestion that takes place in the mouth
State Three causes of service delivery protests within communities.
In what way history helps us understand today’s racial issues? Explain
In "role cultures" reliable workers follow formal designation of responsibility with utmost respect for regulations and laws. True or False

As a student what can be your greatest contribution to the community?

Answers

Answer:

The greatest contribution that students should give to society is that of ideas. ... Students also contribute to society through the organisation of pressure groups especially in situations dealing with the needy and future generations such as the environmental issues.

Explanation:

What was one significant effect of the Hundred Years' War on European society

Answers

Answer:

The loss of all English-held territory in France except Calais. A high number of casualties amongst the nobility, particularly in France. A decline in trade, especially English wool and Gascon wine. A great wave of taxes to pay for the war which contributed to social unrest in both countries

How women education in philippines

Answers

Answer:

Here in Asia Society Philippines, positions are held mostly by women. This is somehow an affirmation of the 'women-friendly' societal conditions of the country. Although this is only a small portion of a large and competitive professional community, reflections of the nation's recognition of the role and importance of women are evident on aspects such as justice, education, economics, politics and health. The last is still a debatable topic, with the current issue of the Reproductive Health Bill in the Philippine Congress.

Explanation:

Hope this helps

What role did monsoons play in the farming of the river valleys of East Asia?

Answers

Answer:

B- Monsoons flooded the soil with nutrients from rivers and kept the soul fertile.

Explanation:

Answer:It's B i took the test on edg 2020

Explanation:

Which of the following is an example of situational attribution? a. Sean, a star athlete of his state, performs well in front of roaring support from the audience.
b. Naomi thinks she did not score a goal in the game because she hadn't practiced enough.
c. Jack teaches his little daughter to follow rules around the house by rewarding her for any good work done.
d. Alexia attributes her friend's pitiable performance in the music concert to the poor sound system.

Answers

Answer:

d. Alexia attributes her friend's pitiable performance in the music concert to the poor sound system.

Explanation:

Situational attribution occurs when a person attributed the outcome of their own action to an external factors (anything beside themselves)

This can be seen in Alexia's action.

Rather than considering the possibilities that her friend lacks practices or not having a proper mindset, she attributed her friend's failure to the poor sound system (external factors)

Consider that the capacitor is initially not charged and the voltage of the battery is 3.00 V. The switch is closed at ???????? = 0. Using the appropriate given formulas, write down below the voltage ????????cc(????????) on the capacitor and the current ????????(????????) in the circuit.. For the R-C circuit shown in Figure 1 on Page 3, ???????? = 100 ???????? and ???????? = 1.00 ????????. What is the time constant of the R-C circuit?

Consider that the capacitor is initially fully charged to 3.00 V. The switch is opened at ???????? = 0. Using the appropriate given formulas, write down below the voltage ????????cc(????????) on the capacitor and the current ????????(????????) in the circuit.

Answers

Your question has some difficulties in symbols and variables to read. That's why I am re-writing (re-arranged) the Question's statement again which is:

Question:

For the R-C circuit shown in figure 1 on page 3, R= 100 ohms and C=1.00F.

A)What is the time constant of the R-C circuit?

B) consider that the capacitor is initially not charged and the voltage of the battery is 3.00 V. The switch is closed at t=0. Using the appropriate formulas, write down the voltage Vc(t) on the capacitor and the current I(t) in the circuit.

C) consider that the capacitor is initially fully charged to 3.00 V. The switch is open at t=0. Using the appropriate formulas, write down the voltage Vc(t) on the capacitor and current I(t) in the circuit.

Your Question is missing the figure as well, which is attached below, please find it in the attached file.

Answer:

Part.A

100 seconds

Part.B

Vc(t)=0V

I(t)=30mA

Part.C

Vc(t)=3.0V

I(t)=0A

Explanation:

Given Data:

Resistance=R=100 ohms

Capacitance=C=100F

Part.A: Time constant=T=?

Time constant:

Time required to charge the capacitor upto 63.23% of the applied voltage is called a Time constant.

As we know that time constant for the RC (circuit having only resistor and capacitor) is equal to product of resistance and capacitance

$T=R*C$

so $T=100*1$

$T=100seconds$

Part.B: Vc(t) and I(t)=? If switch is closed

Given Data:

Voltage of the battery=Vs=3.0V

Capacitor is not charged initially and switch is closed at t=0 means that the circuit will become short (because capacitor is charging) in which current I(t) exist and voltage Vc(t) is zero.

Short circuit:

The circuit in which current is maximum and voltage is zero.

Thus voltage on the capacitor is Vc(t)=0V

Now we can find I(t) as follow:

Thus, Applying Kirchoff's Law (sum of all voltages is zero) on the circuit in the figure attached below, we get

$V_(s)-V_(R)-V_(c)(t) =0$

putting values, we get

$3.0-I(t)*R-0=0$

$I(t)*100=3$

$I(t)=(3)/(100)$

Current in the circuit is $I(t)=0.03A\ OR\ 30mA$

Part.c: Vc(t) and I(t)=? if switch is opened

If switch is opened and capacitor is fully charged then the capacitor will act as a battery and will supply will voltage as it has stored the charge. The switch is open it means the circuit is open.

So current I(t) in the circuit is zero=0A

and voltage Vc(t) exist which can be found as:

Applying Kirchoff's law, we get

$V_(s) -V_(c)(t)=0 \nV_(R)\ does\ not\ exist\ because\ current\ in\ the\ circuit\ or\ through\ resistor\ is\ zero$