The dispersion of the Jewish people, known as the Diaspora, was caused by a series of historical events, primarily invasions and conquests by foreign empires. The first significant dispersion occurred in 722 BCE when the Assyrian Empire conquered the northern kingdom of Israel, leading to the scattering of the ten tribes. Subsequently, the Babylonian Empire captured Jerusalem in 586 BCE, destroying the First Temple and exiling a large portion of the Jewish population to Babylon. The most profound dispersion, however, occurred in 70 CE, after the Romans destroyed the Second Temple, following a Jewish revolt. This event marked the beginning of a long period of exile and dispersion for the Jewish people across Europe, North Africa, and parts of Asia, fundamentally shaping Jewish history and identity.

Emulsion paint peeling off walls or surfaces typically occurs due to improper surface preparation, moisture issues, or using low-quality paint. Before painting, surfaces must be clean, dry, and smooth. Any dirt, grease, or previous loose paint should be thoroughly removed. Moisture seeping through walls can also lead to peeling as it undermines the paint's adhesion. Using high-quality, moisture-resistant emulsion paint and ensuring proper ventilation can help mitigate this issue. Additionally, applying a suitable primer can significantly improve paint adhesion, reducing the likelihood of peeling. Ensuring all these measures can help maintain the paint's integrity over time.

Resin, by nature, does not conduct electricity due to its molecular structure. Resins are primarily organic compounds that lack free electrons or ions required for electrical conduction. However, certain types of resin can be modified to conduct electricity through the addition of conductive fillers such as carbon fibers, graphene, or metal particles. These conductive resins find applications in various industries, including electronics and aerospace, where they serve as insulators with selective conductivity. For instance, in printed circuit boards (PCBs), non-conductive resin is used as an insulator, while conductive resin may be applied to specific areas to facilitate electrical connections. Despite these modifications, it's important to note that standard, unmodified resins remain poor conductors of electricity.