If a hot air balloon takes off from an elevation of 1,800 feet above sea level and climbs at a constant rate of 34 feet per minute, then the altitude of the balloon can be found using the equation, 1800 + 34m. In the equation A is the altitude of the balloon in feet above sea level and m is the number of minutes since the balloon launched. How many feet above sea level will the hot air balloon be after 16 minutes?

The table below shows the approximate masses of a dust particle and a grain of pollen. dust particle 0.000000778 g grain of pollen 0.00000000155 g the mass of a dust particle can be estimated and written in the form a × 10^b, where a = 8 and b = the mass of a grain of pollen can be estimated and written in the form a × 10^b, where a = 2 and b = based on the estimates, the mass of a dust particle is approximately blank times larger than the mass of a grain of pollen.