Succulent Watering Frequency
Suggests succulent watering frequency by climate.
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Succulent Watering Frequency
Because succulents bank water in their fleshy leaves and stems, they get by on far less than your average houseplant. A reasonable starting point is watering every 7–10 days in summer, stretching to 15–20 days in winter once growth slows and there's less evaporation. Where you land exactly comes down to temperature, light, what the pot is made of, and how well the substrate drains.
Go with the soak-and-dry method. Drench the substrate until water runs out the drainage holes, then leave it alone until it's bone dry before the next round. Push a finger 2–3 cm into the soil; if it still feels damp, hold off. Pour straight onto the substrate and keep water out of the rosette center, since moisture pooling there will rot the crown.
Applications
Handy when you're looking after Echeveria, Haworthia, Sedum, Crassula (jade plant), and other succulents sitting on shelves, windowsills, terrariums, vertical gardens, or wedding favor pots. It also comes in useful for sorting out watering before a trip, or shifting the cadence when a plant moves indoors or out.
FAQ
How do I know if my succulent needs water? Wrinkled or shriveled leaves mean it's thirsty. Leaves that turn soft, translucent, or yellow point the other way: too much water, and probably root rot already setting in.
Can I mist succulents? Better not. Misting bumps up the humidity around the leaves and invites fungal disease. Stick to watering the soil.
Which pot is best? Unglazed terracotta with drainage holes. It lets the substrate breathe and dry out quicker than plastic or ceramic does.
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Natural Frequency from Static Deflection
Calculate a system's natural frequency from its static deflection, f_n = (1 ÷ 2π)·√(g ÷ δ), where δ is the static deflection caused by self-weight and g the gravitational acceleration (9.81 m/s²). The result, in Hz, is a practical and elegant way to estimate the natural frequency without separately knowing mass and stiffness — you just measure how much the system sags under its own weight. Larger deflections (more flexible systems) give lower natural frequencies, desirable in vibration isolators. It is widely used in spring and mount design. Enter the static deflection (in metres).
The results provided by this tool are for general informational and educational purposes only and do not constitute professional, financial, medical, legal, tax or accounting advice. Always confirm important decisions with a qualified professional and official sources.