Monday, January 06, 2025

01072025 tue

Php10 pandesal

Php150 ulam
Php252 baboy

Php45 gulay sili at carrot

Php40 laminate tin id pogi
Php30 2 colored print tin id copy
Php65 curry chicken
Php10 ice tea lemon
Php20 kwekkwek.

01062025 mon

Php10 pandesal

Php90 spanish latte.

Brix paid meralco

May job contract na si pogi Fujitech.

Sunday, January 05, 2025

Parking design.

 a parking lot design with a focus on accessibility. Here's a breakdown of the key elements:


Key Features:


* Accessible Parking Space: There is a designated parking space for individuals with disabilities. This space is wider than standard parking spaces to allow for easier access and maneuvering.

* Pedestrian Access: A clear pedestrian walkway is shown, ensuring safe and convenient access for pedestrians.

* Common Access Aisle: This is the main aisle that allows vehicles to enter and exit the parking lot.

* Parking Space Dimensions: The image provides dimensions for the parking spaces and the common access aisle, which are important for ensuring safe and efficient parking.


Accessibility Considerations:


* Van Accessible Space: The designated accessible parking space is likely designed to accommodate larger vehicles like vans.

* Clear Aisle Widths: The dimensions of the common access aisle are likely designed to allow for safe maneuvering of vehicles, including larger vehicles and those with trailers.

* Pedestrian Safety: The pedestrian walkway is separated from the parking spaces, ensuring the safety of pedestrians.


Overall, the image demonstrates some key principles of accessible parking lot design, including adequate space for vehicles and pedestrians, and clear pathways for movement.


If you'd like to learn more about parking lot design standards or accessibility guidelines, feel free to ask!.




Service entrance

 two common ways to connect a home to the electrical grid: Aerial Service Entrance and Buried Service Entrance. Let's break down the key elements:


1. Aerial Service Entrance:


* Service Drop: This is the overhead line that connects the utility pole to the house. It typically consists of three wires: two "hot" primary wires carrying electricity, a neutral wire, and a ground wire.

* Weatherhead: A protective fitting on the side of the house where the service drop connects.

* Splice Point: A point where the service drop may be spliced to connect to different parts of the house.

* Meter Panel: The location where the electricity meter is installed and the connection to the house's electrical system is made.


2. Buried Service Entrance:


* Conduit to Bottom of Pole: The electrical wires are enclosed in a conduit (protective pipe) that runs from the utility pole to the ground.

* Service Laterals: Underground cables (typically three insulated conductors) carry the electricity from the conduit to the meter panel.

* Meter Panel: Similar to the aerial service, this is where the meter is installed and the connection to the house's electrical system is made.


Key Differences:


* Overhead vs. Underground: The most obvious difference is how the wires are routed: overhead for aerial service and underground for buried service.

* Aesthetics: Buried service entrances are generally considered more aesthetically pleasing as they don't have overhead wires.

* Cost: Buried service entrances are typically more expensive to install due to the excavation and trenching required.

* Safety: Buried service entrances are generally considered safer as they are less susceptible to damage from storms, tree branches, or other hazards.


If you'd like to learn more about specific aspects of electrical service entrances or have any other questions, feel free to ask!




Saturday, January 04, 2025

Friday, January 03, 2025

01042025 sat

Net dina ti soly punta bossom.

Php10 pandesal
Php 205 ribs php340/kilo
Php60 gulay

Mama punta sa patay Malou.

Cris nakauwi na.

Ganda punta ayala with ynhel.

Pogi punta alfamart at micos

Php412.50
Php5 tip
Php20 bigay kay insan
Php10 ensaymada
Php90 spanish latte.

Banana.

 Stop Throwing Away Banana Peels! Put Them in a Bottle and Watch the Magic Happen!

Why Banana Peels Are Great for Plants

Potassium: Boosts flowers and fruit.

Phosphorus: Strengthens roots.

Calcium: Improves plant cell strength.

Magnesium: Encourages lush, green leaves.

Steps to Make Banana Peel Fertilizer

What You’ll Need:

2–3 banana peels

A plastic bottle (1–2 liters)

Water

1. Chop the Peels: Cut banana peels into small pieces.

2. Fill the Bottle: Add the banana pieces, filling it halfway.

3. Add Water: Fill the rest of the bottle, leaving some space.

4. Ferment: Seal the bottle and let it sit in sunlight for 5–7 days. Shake daily.

5. Strain (Optional): Remove bits for easier application.

How to Use the Fertilizer

1. For Soil: Dilute 1 part fertilizer with 5 parts water. Pour around the plant base.

2. For Leaves: Spray diluted fertilizer directly on leaves.

Tips for Best Results

Use fresh banana peels.

Apply every 2–3 weeks to avoid nutrient buildup.

Combine with other compost for balanced nutrition.

Benefits

Faster growth and healthier plants.

More flowers and fruits.

Enhanced soil quality.

01032025 fri

Php20 pandesal
Php150 bisugo
Php50 munggo.

01022025 thu

Php259 jolibee pogi.