The values of Stock A and Stock B on a particular day are Rs. 50 and Rs. 80,
respectively. An investor invests Rs. 100 in Stock A and Rs. 80 in Stock B. He
sells all the stocks the next day when the value of Stock A is Rs. 55 and Stock B
is Rs. 70. The profit made by the investor is Rs. ________
Use a value-comparison method instead of focusing first on profit percentage. The investor spends Rs. 100 on Stock A at Rs. 50 per share, so 2 shares are bought. The investor spends Rs. 80 on Stock B at Rs. 80 per share, so 1 share is bought.
On the next day, the 2 shares of Stock A are worth Rs. \(2 \times 55 = 110\). The 1 share of Stock B is worth Rs. \(1 \times 70 = 70\). Therefore, the total value after one day is Rs. \(110 + 70 = 180\).
The original investment was also Rs. \(100 + 80 = 180\). Since the final value equals the initial investment, the net profit is Rs. \(180 - 180 = 0\).
\[\boxed{\text{Profit} = \text{Rs. }0}\]
A student needs to enroll for a minimum of 60 credits. A student cannot enroll for
more than 70 credits. The credits are divided amongst project and three distinct
sets of courses namely, core courses, specialization courses, and elective courses.
It is compulsory for a student to enroll for exactly 15 credits of core courses and
exactly 20 credits of project. In addition, a student has to enroll for a minimum of
10 credits of specialization courses. The maximum credits of elective courses that
a student can enroll for is ______
For positive real numbers π and πΎ, the function π»πΎ(π) is defined as:
π»πΎ(π) = max(πβπΎ, 0). The max function is defined as:
max(π, π) = {π,
when π> π
π,
when πβ€π
The graph below shows the plot of a function π(π) versus π.
π(π) can be expressed as _____.