Final answer:
To find out how far the chord is from the center of the circle, we can calculate the angle subtended by each arc using the formula angle = (arc length / radius). Using trigonometric ratios, we can then find the distance between the chord and the center of the circle. In this case, the distance is approximately 40.77cm.
Step-by-step explanation:
To find out how far the chord is from the center of the circle, we can use the properties of congruent chords. Since the length of the chord is 48cm, it divides the circle into two congruent arcs. Each arc subtends an angle at the center of the circle. We can calculate this angle using the formula: angle = (arc length / radius). In this case, the arc length is 48cm, and the radius is 26cm. Therefore, the angle subtended by each arc is approximately 1.846 radians.
Now, the chord divides the circle into two congruent triangles. The angle subtended by each arc is also the angle formed between the chord and the radius of the circle. Let's call this angle θ. In each triangle, we have a right angle (formed by the radius and the chord) and angle θ. Using trigonometric ratios, we can find the distance between the chord and the center of the circle. In this case, since we know the length of the chord (48cm) and the angle θ (approximately 1.846 radians), we can use the sine ratio to calculate the distance:
distance = chord * sin(θ)
distance = 48cm * sin(1.846)
distance ≈ 40.77cm