scispace - formally typeset
Search or ask a question

What's the height of isosceles triangle? 


Best insight from top research papers

The height of an isosceles triangle can vary depending on the specific context. In the context of a plate heat exchanger sealing gasket, the height of the trapezoid-structure is mentioned to have a length proportion of 1: (2-4) with respect to the shorter side . In the context of a three-port two-way isosceles triangular microstrip unequal power divider, the height of the triangular patch is varied to achieve unequal power division . However, the specific height of an isosceles triangle is not mentioned in the other abstracts provided.

Answers from top 4 papers

More filters
Papers (4)Insight
Open accessPosted Content
01 Jul 2016-viXra
1 Citations
The paper does not provide information about the height of an isosceles triangle. The paper discusses the use of Zalgaller's Caliper as an escape path in isosceles triangles, but it does not mention the height of the triangle. The paper primarily focuses on finding optimal escape paths in convex polygonal forests.
The paper does not provide information about the specific height of the isosceles triangle.
The paper does not provide information about the height of an isosceles triangle. The paper is about the number of isosceles triangles induced by a set of points in the plane.
The height of the isosceles triangle is 0.105λm, as mentioned in the paper.

Related Questions

How is the triangle distribution used in statistical analysis, and what are some common applications of this distribution?5 answersThe triangle distribution is utilized in statistical analysis for network description, model building, and estimation tasks. It is particularly relevant in the context of network analysis, where triangle counts per vertex and edge play a crucial role. Applications of the triangle distribution include generating random graphs with specified properties, such as degree sequences and triangle counts. Additionally, the triangle distribution is employed in classification frameworks that involve mean/location and covariance matrix statistics, leveraging Riemannian geometry for symmetric positive definite matrices. Furthermore, the triangle distribution is instrumental in demonstrating quantum nonlocality in network scenarios, allowing for the characterization of underlying quantum strategies and certifiable randomness.
What is the proper height for work?5 answersThe proper height for work at heights, especially in dangerous sectors like construction, is an important consideration to prevent accidents and ensure occupational health and safety. Measures need to be taken to evaluate and prioritize the appropriate height for work. Multi-criteria decision making methods can be used to select the most suitable measure. Additionally, work benches that are easily movable and suitable for assembly work up to a height of about 2.8 m can provide a stable and sufficient space for lateral and overhead work. Temporary work at height, such as on scaffolding and work platforms, is regulated by European directives and standards to ensure compliance and safety. Furthermore, the use of operator modules, ground stations, carriers, and working platforms with wired or wireless connections can facilitate industrial operations at different heights.
What are the ray proprieties of the isovist 3D analysis?5 answersIsovist analysis is a method used to measure visibility and visual characteristics of architectural indoor spaces and urban environments. It has been extended to 3D isovist measures to capture the three-dimensional form of the space. The analysis of 3D isovists involves complex mathematical calculations and requires a large amount of memory space. To overcome these difficulties, a conceptual framework has been proposed to measure the isovist field as a combination of a 2D plane on the ground and the 3D building shape of its facade. The ray theory is used in the analysis of optical resonators and beam waveguides, and it can be applied to complex cases where the medium is inhomogeneous and dispersive. The stability of ray systems in these cases is discussed in terms of a generalization of Pierce's criterion. The raypath and isochron in a medium with velocity varying linearly with depth have been calculated analytically, providing an exact solution for 3D isochrons.
Isotropic properties of triply periodic minimal surfaces5 answersTriply periodic minimal surfaces (TPMS) have been studied for their isotropic properties. Current work focuses on controlling the elastic modulus and anisotropy by adjusting TPMS parameters. Cellular materials constructed using TPMS can approach the upper Hashin-Shtrikman bound for bulk modulus, but have conflicting behavior between Young's modulus and shear modulus. TPMS-based foams have been studied for their electrical/thermal conductivities and mechanical properties. Conductivities vary linearly with relative density, and most TPMS-foams are found to be isotropic in terms of conductivity. However, the CLP-foam exhibits geometrical asymmetry and requires two values to describe its conductivity. Mechanical properties vary among TPMS-foams, with the CLP-foam having the highest anisotropy and the Primitive-foam having the highest shear modulus. TPMS lattices made using additive manufacturing techniques can have imperfections that affect their structure-property relationships. Numerical modeling can improve the prediction accuracy of these relationships. Tensorial Minkowski functionals have been used to characterize the morphology of anisotropic TPMS geometries.
How are triangles used in the field of civil engineering?5 answersTriangles are used in various ways in the field of civil engineering. They are commonly used in the design and analysis of trusses. Triangular shapes are also used in surveying for triangulation and trilateration. In the construction of steel structures, triangle supports are used to enclose and support large-sized steel structural beams and deep foundation pits. Triangular segments made of ceramics or high strength concrete can be joined together to construct buildings with a simple and durable structure. Additionally, triangles are used in machine control units for civil engineering machines to determine the position and orientation of reference points and to preset geometrical shapes on the ground.
What is the simmetry of isotropic states?4 answersIsotropic states exhibit symmetry. The study of molecular clusters and protein folding involves the search for low energy states, which are stable structures. A new global minimization algorithm combining simulated annealing with effective energy functions based on renormalization groups has been developed to find these low energy states efficiently. The thermodynamics and pair structure of hard, infinitely thin, circular platelets in the isotropic phase have been studied using Monte Carlo simulations and integral equation theory. Numerical simulations of isotropic packings of spherical beads have shown that elastic moduli are primarily sensitive to the coordination number, which is not necessarily correlated with density. Isotropic entanglement is a method that predicts the eigenvalue distribution of quantum many-body systems and provides an accurate picture of the spectra beyond the first four moments alone.

See what other people are reading

How is patch antenna constructed?
4 answers
How is patch antennas constructed?
4 answers
What is a patch antenna?
4 answers
Functions of the antennal lobe in schistocerca?
5 answers
Where can i find formats?
5 answers
What is the waveleth frequency of 3x 10¹¹ HZ?
5 answers
What is parallax error?
5 answers
What is parallax error?
5 answers
How are metamaterials being utilized in the field of structural engineering?
5 answers
What is the advantage of narrow beam in structure?
5 answers
The advantage of a narrow beam in structure lies in its ability to achieve high performance and stability in various applications. Narrow-beam antennas, such as those used in high-gain antennas, and narrow light beam LED illumination optical systems, offer advantages like wide axial ratio bandwidth, circular polarization, and improved optical efficiency. Additionally, narrow beam emitting systems like the one described inensure long-term stability in light emission. Furthermore, speed measuring radar groups with narrow beam antennaeexhibit superior performance in traffic safety management applications. By utilizing narrow beams, these structures can provide precise control, high gain, and enhanced functionality, making them ideal for applications requiring focused and reliable performance.
What is the goal or objectives of the isis?
5 answers
The Islamic State (ISIS) has multifaceted objectives as outlined in the research papers. ISIS aims to establish a Caliphate in Iraq and the Levant, govern it, expand Islam globally, and restore the power of Sunni Islam. Additionally, ISIS is a Salafist military organization rooted in Jihad Salafism, evolving into a significant regional force in Syria and Iraq since 2011. Furthermore, the DARPA ISIS Program focuses on developing advanced radar technology for stratospheric airships, showcasing innovative radar systems with low power consumption and high performance capabilities. Moreover, ISIS, a program for detecting variable stars, has expanded its utility to identify exoplanet transits, demonstrating its versatility and potential in astronomical research.