On average, Romania tends to have a slightly warmer climate than Germany. This is because Romania is located further south and has a more continental climate, while Germany has a more temperate climate influenced by the North Sea and Baltic Sea. However, temperatures can vary greatly within each country depending on the region and time of year. **

It depends on the specific location and the year in question. In general, September is often warmer than October in many regions as it is closer to the peak of summer. However, there can be variations due to weather patterns and climate change. It is important to look at specific temperature data for a particular location to determine if October was warmer than September in a given year. **

It depends on the specific circumstances. Generally, if the heating system is on inside the building, it will be warmer inside than outside. However, if the heating system is not working or if there are drafts or poor insulation, it is possible for it to be warmer outside than inside. Temperature variations can also depend on the time of day, weather conditions, and the efficiency of the building's insulation. **

Germany is warmer than Quebec primarily due to its geographical location. Germany is located at a lower latitude than Quebec, which means it receives more direct sunlight and has a milder climate. Additionally, Germany is influenced by warm ocean currents, such as the Gulf Stream, which help to moderate its temperatures. In contrast, Quebec is located at a higher latitude and is influenced by cold Arctic air masses, resulting in colder temperatures. **

No, Northern Germany is generally cooler than Southern Germany. This is because Southern Germany is closer to the Alps, which can block cold air from the north and bring warmer temperatures. Additionally, Southern Germany tends to have a more continental climate, with hotter summers and colder winters compared to the milder maritime climate of Northern Germany. **

No, compressed air is not necessarily warmer than cold air. The temperature of compressed air can vary depending on the conditions under which it was compressed. If the compression process generates heat, then the compressed air may be warmer than the surrounding air. However, if the compression process is adiabatic (no heat exchange), then the compressed air may actually be cooler than the surrounding air due to the decrease in volume. **

Cashmere is known for being a very warm and luxurious material, as it comes from the soft undercoat of cashmere goats. It is often considered to be warmer than regular wool because of its fine texture and insulating properties. However, the warmth of a sweater also depends on its thickness and the quality of the wool. So, while cashmere is generally considered to be warmer than wool, the specific warmth of a sweater will depend on the specific type and quality of the wool used. **

The laptop may be warmer than usual due to a variety of reasons. One possibility is that the laptop is running a resource-intensive program or multiple programs at the same time, causing the processor to work harder and generate more heat. Another reason could be that the laptop's cooling system is not functioning properly, leading to inadequate heat dissipation. Additionally, the laptop may be in a warm environment or placed on a surface that restricts airflow, leading to increased heat buildup. **