The personality trait that would make Dickon feel at home at Buckingham Palace or at the bottom of a coal mine is that he is very likable.
It is mention trough the book that he has a strange ability to captivate everyone human or not since his ability also applies to animals, everywhere Dickon goes everyone just fell under his spell and find him lovable. We can see the quotation that says :
There really was a sort of Magic about Dickon, as Mary always privately believed. When Mr. Roach heard his name he smiled quite leniently.
“He’d be at home in Buckingham Palace or at the bottom of a coal mine,” he said. “And yet it’s not impudence, either. He’s just fine, is that lad.”
Dear Ahmed,
I have a younger brother named Joseph who has a tendency to aggravate me. He will only leave you alone if you give him what he wants. I forgot to mention: you are coming to school with me. You might not learn much, though. I advise you sit with me, rather than Alex, Ben, or Maurice, because they can be just as aggravating as my younger brother! Our form teacher is Mrs. Tait. She can be very irritable if you forget your spelling book on Thursday or your sports kit on Monday and Wednesday, but she can be nice. The other teachers are also irritable if they aren't in a good mood. We will also go out after school. If you ever feel homesick, you are free to go home.
Love,
Oliver
***This message is so very unorganized, so lmk if you want it organized better. It just irks me how little structure there is.***
Answer:
The factors affecting the value of g are the shape of the earth, altitude and depth bleow the earth's surface. ... At the surface of the earth, the value of g is maximum (9.832m/s2) at the poles as the polar radius is minimum , while it is minimum (9.78m/s2) at the equator as the equatorial radius is maximum.
hope this helps bby<3
Answer: 0.000000315m
Explanation:
Radius of each bacterium in a petri dish
= 3.15 × 10^-7
According to the law of indices,
10^-7 = 1/10^7 = 1/10000000
Therefore, 3.15 × 10^-7 will then be:
= 3.15 × 1/10000000
= 0.000000315m
Therefore, the radius of the bacterium written as a decimal number in standard form will be 0.000000315m
