Zenobia put 3 large pictures and 4 small pictures on each page of a photo album. What is the total number of large pictures and small pictures on 9 pages of the album
Answers
Answer:
27 large 36 small
Step-by-step explanation:
3*9= 27. 4*9=36
Related Questions
What is feet and width
61% of 180 ?5.1% of 81 ?16 1/2% of 36 ?81% of 241 ?76% of 600 ?88% of 680 ?37% of 481 ?19.1% of 380 ?41% of 321 ?33% of 331 ? PLEASE NOTHING BUT JUST A CLEAR ANSWER BECAUSE I HAVE AN ASSIGNMENT DUE IMMEDIATLY AND I NEED HELP !?!?!?!?
1. Simplify: O A. 16O B.17O C. 18OD. 19
Bianca poured four cups of milk from a full half-gallon container. How many cups of milk were left in the container?
What fraction of of the flower in Frida's garden are yellow tulips
Answers
The number of yellow tulips will be:
Half of Frida's flowers are yellow tulips.
Hence 2/3 of 3/4 of the flowers are yellow tulips, which makes (2/3)*(3/4)=1/2
Answers
Answer:
The time required by 9 people to paint 7 walls is 49 minutes
Step-by-step explanation:
Given as :
The number of people (p1) = 7
The work done by them (w1) = 4
The time taken (T1) = 36 minutes
Again :
The number of people (p2) = 9
The work done by them (w2) = 7
Let the time Time taken (T2) = T2
So, we know as :
= Constant
SO, =
Or, =
Or, =
Or , = T2
∴ T2 = 49 minutes
Hence The time required by 9 people to paint 7 walls is 49 minutesAnswer
Answers
l=5 cm greater than the width
w=5 less than the length
USE YOUR NUMBER SENSE!!! - just plug in different number below 4 to figure out the width
3=w 3+5=8 8+8=16+6=22 WILL NOT WORK
2=w 2+5=7 7+7=14 14+2+2= 18 WE HAVE A WINNER!!!!
FInal Answer: width: 2 cm and length: 7 cm
Answers
3.14159265359........................
but it stands for 3.14
Pi stands for 3.14
Hope this helped ^-^
A 4 and 5
B 5 and 6
C 6and 7
D 7and 8
Answers
Answers
the ball will take 6.5 seconds to hit the ground
Final answer:
The question from the student is about time airborne for a volleyball hit upwards with an initial velocity. A physics equation of motion is utilized to solve it by inserting the values and extracting time.
Explanation:
The subject of the question is physics, specifically the subtopic of kinematics in terms of upward motion. The problem can be solved by using the equation of motion: `y = y0 + v0 * t - 0.5 * g * t²`, where y0 is the initial height, v0 is initial velocity, g is the acceleration due to gravity and t is the time taken. In this situation:
- y0 is 1 meter (the starting height of the ball).
- v0 is 13 m/s (the initial upward velocity of the ball).
- g is approximately 9.8 m/s² (the acceleration due to gravity).
Set y (the final position) to 0 (ground level), and solve for t (time taken):
0 = 1m + (13 m/s) * t - 0.5 * (9.8 m/s²) * t²
Solving this quadratic equation, we get two solutions as the time cannot be negative for this context, so choose the positive value as the time taken for the ball to hit the ground. This will give the duration the volleyball remains in the air after being hit by Martina.
Learn more about Projectile Motion here:
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