Gases trap heat and cause the greenhouse effect. Solar radiation warms the earth, while the atmosphere traps it.
Leads to seasonal patterns, when the earth is tilted to the northern hemisphere its summer and when the earth is tiled to the south, its winter.
Results in some of the atmosphere to be warmer than other parts, it changes in volume and pressure which results in strong weather.
As wind or ocean current moves, the Earth spins underneath it.
Melting of the ice mass at the poles, which causes rising sea level, producing flooding and endangering coastal habitats
Shock waves, heat radiation, the formation of craters with associated earthquakes, and tsunamis if water bodies are hit or caused by the earthquakes.
jeopardizing latitude, water elevation, ocean currents, topography, most habitats, and prevailing winds.
<h3>What is Rhinophyma?</h3>
- The lower two-thirds of the nose are erythematous, hypertrophied, and inflamed when someone has rhinophyma, a disfiguring condition.
- Rhinophyma, which is frequently referred to as the severe version of acne rosacea, can cause functional, aesthetic, and psychosocial issues that call for cosmetic care.
- Early detection and management are essential components of treatment for rosacea since doing so can prevent the condition from progressing to rhinophyma.
<h3>What is the first reported case of Rhinophyma?</h3>
- The first incidence of rhinophyma to be documented in a 62-year-old Fitzpatrick V female patient, who underwent a single session of fractional carbon dioxide laser resurfacing with great success.
- The efficacy of the fractional carbon dioxide laser in treating rhinophyma in patients with darker skin tones (Fitzpatrick IV–VI) is highlighted in this example
- Underscoring the potential for its application in the treatment of patients of color in the future.
Learn more about cosmetic surgery here:
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Explanation is in the file
tinyurl.com/wpazsebu
AlCl3. Each negative is balanced with a positive. 3 chlorine to make the -3 charge to balance the +3 charge from aluminum.
<span>1.
Measure the mass of an empty container 2. pour the desired liquid in to
this container and wait for it to settle. 3. measure the mass of the
container + liquid 4. subtract the empty container mass to find the
liquid's mass Note: some scales have a tare feature (it defines a weight
of zero), which you measure the container's mass, use the tare option,
and then pour the liquid and wait for it to settle. Also, when you use a
scale, in truth you measure weight. It then divides by the known
gravity field to find a "weight" in kilograms, which we accept to equal
the mass in kilograms. You only truly measure mass when using a balance.
It compares the torque on the balance arm of the object's weight to the
torque on the balance arm of a slide-able weight. A balance will record
the same mass in any gravitational field.</span>
