As an expression it is: 5(p+r) which means 5p+5r
the sum of p and r is p + r5 times this sum is 5 × (p + r) = 5(p + r)Multiplication is not written as it looks like an 'x' - it is implied by two things next to each other.The brackets are needed as the addition needs to be done before the multiplication.
5(r+5) is.
In the formula ( I = P \times r \times t ), the letter ( P ) stands for the principal amount, which is the initial sum of money that is invested or borrowed before interest is added. It represents the starting value on which interest calculations are based.
IF (1+3+5+....+P) + (1+3+5+...+q)=(1+3+5+....+r) where each set of parentheses contain the sum of consecutive add integer as shown. what is the samellest possible value of (p+q+r) where p>6?
To find the interest rate, we can use the formula for simple interest: ( I = P \times r \times t ), where ( I ) is the interest earned, ( P ) is the principal, ( r ) is the interest rate, and ( t ) is the time in years. Rearranging the formula gives ( r = \frac{I}{P \times t} ). Plugging in the values: ( r = \frac{2758.95}{6131 \times 5} ), which simplifies to approximately 0.090, or 9.0%. Thus, the interest rate is about 9.0% per year.
" 5(p+r) " is.
the sum of p and r is p + r5 times this sum is 5 × (p + r) = 5(p + r)Multiplication is not written as it looks like an 'x' - it is implied by two things next to each other.The brackets are needed as the addition needs to be done before the multiplication.
5(r+5) is.
In the formula ( I = P \times r \times t ), the letter ( P ) stands for the principal amount, which is the initial sum of money that is invested or borrowed before interest is added. It represents the starting value on which interest calculations are based.
IF (1+3+5+....+P) + (1+3+5+...+q)=(1+3+5+....+r) where each set of parentheses contain the sum of consecutive add integer as shown. what is the samellest possible value of (p+q+r) where p>6?
S.I. = (P x R x T)/100 where R is rate, T is time, P is Original sum and S.I. is simple interest. 800x100 = P x R x T P = 80000/(5x7) = 80000/35 = 2285.71 So, the original sum is Rs 2285.71
5pr.The specific answer depends on the values of the variables p & r.
p = 50q/100 = 1/2 q r = 40q/100 = 2/5 q p = (1/2)/(2/5) = (1/2)(5/2) = 5/4 r or 1 1/4 r Thus, p is 125% of r.
To find the number of different seating arrangements of 10 people in 5 chairs, we can use the permutation formula ( P(n, r) = \frac{n!}{(n - r)!} ), where ( n ) is the total number of people and ( r ) is the number of chairs. Here, ( n = 10 ) and ( r = 5 ). Thus, the calculation is ( P(10, 5) = \frac{10!}{(10 - 5)!} = \frac{10!}{5!} = 10 \times 9 \times 8 \times 7 \times 6 = 30,240 ). Therefore, there are 30,240 different seating arrangements.
Nikhil Aggarwalstrong_number: The sum of factorials of digits of a number is equal to the original number.void strong_number(){int num,i,p,r,sum=0,save_num;printf("\nEnter a number");scanf("%d",&num);save_num=num;while(num){i=1,p=1;r=num%10;while(i
6.5%Formula for finding Simple InterestSI [Interest] = (P×R×T)/100P [sum] = (SI×100)/(R×T)R [Rate/year] = (SI×100)/(P×T)T [Time] = (SI×100)/(P×R)whereS.I. = Simple Interest,P = Principal or Sum of amount,R = % Rate per annum,T = Time Span
The two vectors are P & Q..Sum of the two vecotors is P+Q=R..R Is called the resultant vector of this two vector..the action of the resultant vector R is equal to the actions of two vectors P & Q..