At Boxley also was a famous image of St. Rumald, Rumbold, or Grumbald, the son of a Northumbrian king and of a daughter of Penda, King of Mercia. He died when three days old, but not before he had repeated the Lord's Prayer and the Apostles' Creed in Latin, a feat for which he gained canonisation.

His image at Boxley is said to have been small, and of a weight so light that a child could lift it, but that it could at times become so heavy that it could not be moved by persons of great strength.

Thomas Fuller, the quaint old divine, tells us that "the moving hereof was made the conditions of women's chastity. Such who paid the priest well might easily remove it, whilst others might tug at it to no purpose. For this was the contrivance of the cheat — that it was fastened with a pin of wood by an invisible stander behind. Now, when such offered to take it who had been bountiful to the priest before, they bare it away with ease, which was impossible for their hands to remove who had been close-fisted in their confessions. Thus it moved more laughter than devotion, and many chaste virgins and wives went away with blushing faces, leaving (without cause), the suspicion of their wantonness in the eyes of the beholders; whilst others came off with more credit (because with more coin), though with less chastity."

Text from the Pittsburgh Sun-Telegraph - Aug 3, 1941:

Some years ago Mr. Reilly was thumbing through a volume of Greek mythology when he read how Hercules, as a boy, started lifting a small calf every day. As the calf grew, so did Hercules' strength so that when it became a full-grown bull Hercules could still lift it.

Mr. Reilly thought that the story could be given a modern twist and proceeded to do so. He became "Hercules" and his infant son and daughter the small "calves."...

For years he carried out this theory conscientiously with his own children and it worked so well that it prompted him to write a recent book about physical culture in which he advocates that both fathers and children will benefit greatly if the former raise the latter as dumb-bells.

"I'm not suggesting that you bring a bull calf into the house and go to work on it. After all you're not Hercules," Mr. Reilly points out in "The Secret of Better Health," published by Carlyle House, "But you can work out the same idea by starting to exercise with your pride and joy when he's only a year old, and keeping it up until he's ten, 15 or even 20. The child will benefit, and so will you...

"You may start when your child is an infant," says Mr. Reilly. "But as babies are delicate, don't begin by wrestling with him. Just manipulate the baby's arms and legs. Wiggle them around, being careful not to twist harshly... Then as the child begins to walk, you can swing him by the arms."...

"From three to six, you can become a little more strenuous. Pick the child up and swing him around, holding him by the arms. Let him lie on his back and take his two hands in one of yours and his ankles in the other and swing him around that way, back and forth, sideways and between your legs as though he were a medicine ball...

Mr. Reilly says that the swinging-around game should be kept up during the six-to-nine period of the child's age. In addition he should be picked up by the ankles and walked around, wheelbarrow fashion...

"From nine to 15 keep up the same exercises, if you can, and begin to box and wrestle with him," says Mr. Reilly. "It is just as easy with a daughter, for a little girl is a natural tomboy. She doesn't begin to be a female until around 12 years when adolescence sets in. Then a certain amount of care is necessary. But until then, treat your daughter the same as your son."

The frequency of multiple human births follows an apparent statistical "rule of 87." Twin births in the U.S. and European countries happen once in 87 confinements. Triplets are born once in 87² (87x87) or 7,569 confinements, quadruplets once in 87³ (87x87x87) or 658,503 and quintuplets once in 87⁴ (87x87x87x87) or 57,289,761. Though the rule cannot be proven for quintuplets, U.S. statistics otherwise follow it remarkably well.