To determine which two figures have the same area, we need to calculate the area of each figure given in the options:
Comparing the computed areas, we find that:
Since the area of Option A (approximately 153.86 cm2) is very close to the area of Option C (154 cm2), we conclude that Options A and C have the same area, considering permissible approximation differences in exams.
Therefore, the correct answer is: A and C only.
Now, we compare the areas:
\[ 49\pi \approx 153.94 \, \text{cm}^2 \]
Thus, the areas of the circle (A) and the rectangle (C) are approximately the same.

On the day of her examination, Riya sharpened her pencil from both ends as shown below. 
The diameter of the cylindrical and conical part of the pencil is 4.2 mm. If the height of each conical part is 2.8 mm and the length of the entire pencil is 105.6 mm, find the total surface area of the pencil.
From one face of a solid cube of side 14 cm, the largest possible cone is carved out. Find the volume and surface area of the remaining solid.
Use $\pi = \dfrac{22}{7}, \sqrt{5} = 2.2$
Study the given pie charts carefully to answer the questions that follows
Pick the correct option to complete the following sentence.
The officer was pleased _____ the work his subordinate did.
”Although Babur and Humayun,–(i)– the Delhi Sultanate that ruled previously, had considered Delhi to be their capital, Akbar had shifted it to Agra. Forts, palaces and mausoleums of peerless grandeur came up in just a few years. Jahangir and in the early part of his reign, Shahjahan, continued to–(ii)– Akbarabad. But now, the Emperor wanted to build a fine new city for his–(iii)–, which would bear his name and outstretch the creation of his grandfather, in both splendour and scale”.