Answer:
a. they use heavy equipment and handle dangerous cargo and materials.
Explanation:
Workers in the transport and logistics careers operate heavy machinery, which subjects them to potential incidents and accidents that can cause severe bodily injuries or fatalities.
The workers move heavy and bulky leads. Their duties require them to lift, pull, or push the heavy cargo. They use ladders and other escalators to lift cargo to higher grounds. These acts pose the danger of falling or being knocked on by the load.
Transport and logistics workers handle hazardous chemicals and highly flammable substances. The workers and their supervisors must ensure to abide by all safety regulations to stay safe in the workplace.
Answer:
The total equivalent units for direct materials for October is 4,200
Explanation:
The Concept of Equivalent Units measures the number of units completed in terms of input element introduced in the process.
The Equivalent Units are Calculated on the units ending that is on the Units Completed and Units of Closing Work in Process
Note that materials are added at the beginning of the process
<u>Units Completed</u>
Are 100% complete in terms of Raw Materials
Equivalent units = 3900 × 100 % = 3900
<u>Units of Closing Work in Process</u>
Are 100% complete in terms of Raw Materials
Equivalent units = 30 × 100 % = 300
Total Equivalent Units = 3900+300 = 4,200
To minimize potential risks of harm, a researcher conducting an on-line survey can d<span>esign the survey so that no direct or indirect identifiers are collected.
This way, there will be little or no risks of harm at all, if there is a survey that is going to eliminate any possibility of collecting either direct or indirect identifiers. Given that eradicating any such risks is the most important thing here, such surveys are a must.</span>
Answer:
BMI = 31.18 kg/m²
According to BMI, this patient is diagnosed as Obese.
Explanation:
BMI known as body mass index is taken from a person height and weight. BMI is a person's weight in kilograms divided by the square of height in meters. BMI is usually expressed in kg/m².
Mathematically ,
BMI = weight(kg)/height(m²)
we have to convert the weight and the height to the required units.
converting pounds to kg
2.2 pounds = 1 kilogram
210 pounds = ?
cross multiply
210/2.2 = 95.50 kilograms
converting foot to inches and to meter.
1 foot = 12 inches
5 foot = ?
12 × 5 = 60 inches
60 inches + 9 inches = 69 inches
1 inches = 0.0254 meters
69 inches = ?
69 × 0.0254 = 1.7526 meters
using the formula
BMI = weight(kg)/height(m²)
BMI = 95.50/(1.75)²
BMI = 95.50/3.0625 kg/m²
BMI = 31.1836734694 kg/m²
BMI = 31.18 kg/m²
