Allyana Selendron

i turn ☕ into buildings

CE stud👷🏻‍♀️, 20

[Allyana Selendron @llyanaselendron]

PADAYON🧡

[Allyana Selendron @llyanaselendron]

ti salamat eh @markzuckerberg

[thalia 🫂 @thlstdy]

prayer circle:

🕯️ 🕯️
🕯️ 🕯️

🕯️ PASADO 🕯️
PASADO PASADO
🕯️ PASADO 🕯️

🕯️ 🕯️
🕯️ 🕯️

[Allyana Selendron @llyanaselendron]

From the previous discussion, I learned about Network Cabling and Wireless Network. I also learned about the types of cable and how they relate to other aspects of a network.

#CE3A #TeamSanFrancisco #STIWNU

@Albrthtcs @tricia_raya18 @alinso11273 @HeleonaPitallar @GeraldJayPG

[Allyana Selendron @llyanaselendron]

@Albrthtcs @alinso11273 @tricia_raya18 @HeleonaPitallar @GeraldJayPG

[Allyana Selendron @llyanaselendron]

What I learned in the earlier discussion is that commitment helps us grow. The struggles we're facing today may lead to strengths tomorrow. We just need to keep going, even when it's hard. Every challenge teaches something valuable.

#CE3A #STIWNU #TeamSanFrancisco

[Allyana Selendron @llyanaselendron]

What I learned earlier is that, being late taught the importance of time management and the consequences of procrastination in responsibilities.

#BSCE3A #STIWNU #TeamSanFrancisco

@Albrthtcs @alinso11273 @HeleonaPitallar @tricia_raya18 @GeraldJayPG

[Allyana Selendron @llyanaselendron]

#BSCE3A #STIWNU #TeamSanFrancisco

@Albrthtcs @alinso11273 @HeleonaPitallar @tricia_raya18 @GeraldJayPG

[Allyana Selendron @llyanaselendron]

Electromagnetic wave theory taught me how waves of energy travel through space, like light and radio waves. Electric and magnetic fields working together helped me understand how waves behave. These powers everything from our radios and phones to the colors we see in the sky.

[Allyana Selendron @llyanaselendron]

while artificial lighting refers to any human-made light source used to illuminate indoor or outdoor spaces when natural light isn't available or sufficient.

#TeamSanFrancisco #Selendron
#STIWNU

@Albrthtcs @tricia_raya18 @alinso11273 @HeleonaPitallar @GeraldJayPG

[Allyana Selendron @llyanaselendron]

Today, I learned about natural light and artificial light, and how it is used in different areas in our school. Natural lighting refers to the illumination provided by the sun during the day

[Allyana Selendron @llyanaselendron]

#BSCE3A #STIWNU #TeamSanFrancisco

@HeleonaPitallar @alinso11273 @GeraldJayPG
@Albrthtcs @tricia_raya18

[Allyana Selendron @llyanaselendron]

Being a student means making mistakes is part of the journey. It might feel tough, but the real lesson is in accepting those mistakes. Embracing errors opens the door to valuable learning. Each misstep is a chance to grow smarter and do better next time.

[Allyana Selendron @llyanaselendron]

The earlier class made me realize that there's no always a reset button, we must learn to be never afraid of getting things wrong and be eager to understand, accept, and learn. That's the true path to progress in our student journey.

[Engineering Thoughts @EngrtPh]

"Okay lang yan, Bawi ka nalang sa susunod na quiz" Edi ikaw bumawi.

[Allyana Selendron @llyanaselendron]

#CE3A #STIWNU #TeamSanFrancisco

@GeraldJayPG
@Albrthtcs
@tricia_raya18

[Allyana Selendron @llyanaselendron]

Ohm's Law describes the relationship between voltage, current, and resistance in an electrical circuit. In simpler terms, it means that if you increase the voltage, the current will also increase, assuming the resistance remains constant, and vice versa.

[Engineering Thoughts @EngrtPh]

Kaya pala 🥺

[Allyana Selendron @llyanaselendron]

#Thankful4
#TeamSanFrancisco
#Selendron

[Allyana Selendron @llyanaselendron]

#STIWNU #CE3A #Selendron
@Albrthtcs @alinso11273 @tricia_raya18 @HeleonaPitallar @GeraldJayPG

[Allyana Selendron @llyanaselendron]

What I learned is Parallel circuits are like having multiple paths for electricity to flow, like water splitting into different streams. It's useful because if one path is blocked, others can still carry the current.

[Allyana Selendron @llyanaselendron]

while series circuits are used in things like holiday lights where if one goes out, the whole string goes out. Both have their place in the world of electricity.