Answer:
(a) 1.88*10^-16 C. (b) 1172 electrons
Explanation:
An electric field (E) can be defined as a space surrounding a charged object (Q) that exerts force on all charged particles around the object. Mathematically:
Where: E is the electric field = 3*10^-6 N/C, d is distance = 0.75 m and k is the proportionality constant = 8.99*10^9 N*m^2/C^2.
Thus:
(a) Q = E*d²/k
Q = (3*10^-6)*(0.75²)/8.99*10^9 = 1.88*10^-16 C
(b) An electron has a charge of 1.602*10^-19 C. Therefore, the number of electrons that would need 1.88*10^-16 C is (1.88*10^-16)/(1.602*10^-19) = 1171.7 . That is approximately 1172 electrons.
the difference is that Monetary compensation- in the context of employment, is money paid to an employee in exchange for the use of the employee's labor- opposed to non-monetary compensation such as health insurance .
These undistributed profits are refereed to as <u>"RETAINED EARNINGS".</u>
Retained earnings are the benefits that an organization has earned to date, less any profits or different disseminations paid to financial specialists. This sum is balanced at whatever point there is a section to the bookkeeping records that impacts an income or cost account. An extensive held profit balance suggests a fiscally solid association.
The Retained earnings balance or gathered shortage balance is accounted for in the investors' value segment of an organization's asset report.
Joseph's project goal is not a "SMART" goal because it lacks the characteristics of a smart goal.
<h3>What are smart goals?</h3>
A smart goal is characterized by being:
- Specific
- Measurable
- Achievable
- Relevant
- Time-Bound.
Besides being time-bound, Joseph's project goal lacks specificity, measurability, achievability, and relevance as it is displayed on paper.
Thus, Joseph's project goal is not a "SMART" goal because it lacks the characteristics of a smart goal.
Learn more about Smart Goals at brainly.com/question/1455505
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