Describe a real life multiplication situation for which an estimate makes sense explain why it makes sense

In a lab experiment, 2400 bacteria are placed in a petri dish. Due to the conditions, the number of bacteria are able to double every 6 hours. How many bacteria will there be after one day?

Approximate the value of 14--√ to the nearest tenths place. Plot the approximation on the number line.

Solve the inequality T > L plus D all divided by B for D T + B - L > D TB - L > D T divided by B - L > D T times B divided by L > D

Write the expression that represents length in terms of width for this problem

What's the difference between (-2.23) - (-97.2) ?

Multiply the polynomials. (8x2 + 6x + 8) (6x - 5)

Numbers that are divisible by 2,4,6,8,10 have to be.

How many 1/4 hours are in 1 hour?

Which statement is true about the potential solutions for this equation? Both are extraneous solutions, Only x=-1 is an extraneous solution. Only x = 3/2 is an extraneous solution. Neither solution is extraneous.

What is the acceleration of 10 kg mass at 25 m/s2