You can find the height of a parallelogram given the area and base measures by working backwards from the area formula. The area of a parallelogram is found with the formula: Area = Base * Height To solve this equation for Height, we divide both sides by the base. Area / Base = (Base * Height) / Base Simplify: Area / Base = Height
Area = Base * Height so Base = Area/Height
The area of such a prism is Bh/3, where B is the base area, and h is the height (perpendicular to the plane that contains the base area).The area of such a prism is Bh/3, where B is the base area, and h is the height (perpendicular to the plane that contains the base area).The area of such a prism is Bh/3, where B is the base area, and h is the height (perpendicular to the plane that contains the base area).The area of such a prism is Bh/3, where B is the base area, and h is the height (perpendicular to the plane that contains the base area).
base is for 2d shapes and area of base is for 3d shapes
in a triangle double area and divide by base in a rectangle divide area by base
No, stability not only depends on the centre of gravity being withing the area of the base but also how far up from the base it is positioned.
The cube with a larger base will have more stability compared to the cube with a lower center of mass. A larger base provides a wider support area for the object, making it less likely to tip over. Lower center of mass also contributes to stability, but a wider base is generally more effective in preventing tipping.
The position of the center of mass affects the stability of simple objects. Objects are most stable when their center of mass is located directly above their base of support. If the center of mass is positioned outside the base of support, the object becomes more likely to topple over. Placing the center of mass lower to the ground also increases stability.
Using pesticides
The wider your base of support, the steadier you are.
No, stability not only depends on the centre of gravity being withing the area of the base but also how far up from the base it is positioned.
The number of wings on a rocket can influence its stability and maneuverability during flight. Increasing the number of wings can enhance stability by providing more surface area for control, but it may also increase drag and weight, affecting the rocket's performance. Conversely, reducing the number of wings could decrease drag and weight, but may compromise stability and control.
yes it does because the higher get the unstable they become
for a collector to base biased circuit find the stability factor s?what is the effect on s for change in current amplification factor?
When a body is in unstable equilibrium, on slight displacement the centre of gravity of the body will be lowered. If the line of action of its weight lies outside the base area of the body, it will topple. Objects that have high centres of gravity, a small base area, or are top-heavy are more likely to be in unstable equilibrium. Stability can be increased by lowering the centre of gravity and/or increasing the area and/or the weight of the base.
the key thing to this is a wide base , stability and a strong base
to make the stability of the soil