
Im confused with this question. Could you show me step by step how to calculate this.
please exaplom step for step how you would do this. im still
confused on how to do this.
29. Draw all likely products of the following reaction and circle the product you expect to predominate. CH OH H2SO, heat
Could somone please beet neatly show me step by step hiw to
calculate the pH of the buffer solution for this question? Then
could you very neatly show me how to calculate the pH when 0.05M
HCl is added to the solution? The pKa for H2SO4 is 1.3x10^-4
I’m very confused and lost
(c)へWhat is the pH of the 0.02M KHso, and 0.01M HS04 buffer solution after adding 0.05 M HCI? dakn Kaf0rHS04 is126 x 10-2 ),99962944 毛0.1-K 0 00126-...
can you show step by step directions, im really confused, thank
you!
Extra Credit chapter 2 5.0 ml of 1.0M NaOH solution is added to 250.0 mL of a 0.150M formate buffer at a pH of 4.10. Calculate the new pH after the NaOH has been added. pka formic acid = 3.74 formic acid: CH2O2 formate ion: CHO
I’m
just confused on how to find the proportion? If you could show me
the steps
Question 16 What proportion of people are between 33 and 38 years old? Round to 2 decimal places Ages of Patrons at a Movie 60 240 930 E 20 30 25 16 12 18 23 28 33 38 43 48 53 58 Age
I might be over thinking this question. Could you show me step by
step how to go about solving this?? Thank you.
What is the value or E f exactly 1 g oe aluminum metal is in contact with 100.0 mL M ian and cadmium in with 150 o mL o 15 M cadmium ion? The balanced equation is shown below. 1.280 V 2Aksi
Could someone show me step by step how to solve for this
question and show and explain why they chose the equations and the
formula they did to solve for this?
The fifth harmonic for standing waves on a string is 455 Hz. The length of the region on the string where the standing waves are present is 0.784 m. The linear density of the string is 5.86 x 104 kg/m. Calculate the tension on the string.
The fifth harmonic...
please help asap
im
confused on how to find the solution. could someone show the work
along with the solution?
As shown in the figure below, a bullets fired at and passes through a piece of target paper suspended by a massless string. The bullet has a mass m, speed before the collision with the target, and a speed (0.466) after passing through the target. Aber The collision is inelastic and during the collision, the amount of energy lost is...
For
this question, I really confused about why a=this thing. Also,
could you please tell me the specific steps of the thing that I
highlighted in a red pen? I really don’t know how to use math to
deal with it. Finally could you tell me how to calculate
Var(3X1),VarX2 and Cov(3X1-X2)? Thanks! Will rate:)
각 --Ye a where aa Chec
각 --Ye a where aa Chec
can someone show me how todo this problem step by step
and explain? im lost. ive also attached the answers from the back
of the book. there has to be a way where i dont have to use coding
i.e. matlab in order to solve this problem
Im confused how the answer is formed from the given chemical
structure. Can you explain step by step what to do?
What is the carbon chain product of the elimination reaction beginning with the reactant shown below? Br Hint: the eliminated product is HBr. What is left? CHBr=CHBr CH2Br–CH2Br HC=CH H2C=CH2