Bryce tried to solve an equation step by step. \qquad\begin{aligned} \dfrac83&=3\left(c+\dfrac53\rig ht) \\ \dfrac83&=3c+\dfrac53&\gree n{\text{Step } 1} \\ 1&=3c&\blue{\text{Step } 2} \\ \dfrac13&=c&\purple{\text{S tep } 3} \end{aligned}

Acompany produces packets of soap powder labeled “giant size 32 ounces.” the actual weight of soap powder in such a box has a normal distribution with a mean of 33 oz and a standard deviation of 0.7 oz. to avoid having dissatisfied customers, the company says a box of soap is considered underweight if it weighs less than 32 oz. to avoid losing money, it labels the top 5% (the heaviest 5%) overweight. how heavy does a box have to be for it to be labeled overweight?